Overview of Colorbond Metal Roofs
With so many options on the market, choosing a roof can be confusing. However, Colorbond metal roofing is the best option if you’re searching for a roofing material that strikes the ideal mix between fashionable design and practicality! Colorbond, which is renowned for its strength, adaptability, and beautiful colour selection, has gained popularity among homeowners all over the world. We’ll go into great detail in this blog post about why Colorbond metal roofing is the best option for safeguarding your house. So settle in and get ready to explore Colorbond’s delights!
Colorbond Metal Roofing Benefits
There are a lot of things to think about when selecting the ideal roofing material for your house. Colorbond metal roof is one choice that sticks out from the others. This creative and adaptable material has many benefits that make it a great option for homeowners.
The longevity of Colorbond metal roofing is one of its main advantages. This kind of roof is resistant to even the most severe weather since it is made of premium steel that has been painted with a unique finish. Colorbond will keep your property safe and protected whether you live in a region that experiences frequent heavy rain, strong winds, or extremely high or low temperatures.
Colorbond metal roofing is not only extremely durable, but it also has exceptional longevity. A well-maintained Colorbond roof can last up to fifty years or more, in contrast to standard asphalt shingles that may need to be replaced every fifteen to twenty years! Over time, this translates into fewer replacements and repairs, which will save you money.
The diversity of Colorbond metal roofing’s design options is another benefit. You can select a style that goes well with the architectural design of your house and your own preferences from a broad selection of colours and profiles. When it comes to designing a visually appealing roof, there is something for everyone, from traditional neutrals to striking modern hues.
Colorbond offers advantages in energy efficiency in addition to visual appeal. During the sweltering summer months, the metal’s reflective qualities lessen heat absorption, assisting in keeping your interior cool without significantly using air conditioning equipment. Another win-win scenario might be cheaper energy costs and a smaller carbon impact as a result of this!
In addition, Colorbond metal roofing may be installed more quickly and easily than traditional roofing materials like slate or tiles. Its lightweight design lessens structural stress on your property and makes it easier for contractors to handle during installation.
When you consider the lifespan, energy efficiency, design flexibility, and durability of Colorbond metal roofing, you can see why so many homes choose it. If you want to spend your money on a dependable and
Colorbond’s longevity and durability
The lifespan and resilience of Colorbond metal roofing are among its most remarkable features. Purchasing a Colorbond roof is an investment in long-lasting merchandise.
The most severe weather conditions are not meant to damage Colorbond roofing. Your Colorbond roof is resilient and will not break in severe weather conditions like torrential rain, gales, or intense heat. This implies that there will be less concern over leaks or damage during severe weather.
Furthermore, Colorbond roofs have a high level of corrosion resistance. These roofs’ steel is covered in a unique coating that keeps it safe from rust and other types of damage. This implies that with little upkeep needed, your roof will continue to appear fantastic for many years to come.
The durability of Colorbond metal roofing is another benefit. Compared to many other roofing materials on the market, these roofs are predicted to last at least 50 years. Purchasing a Colorbond roof guarantees that you won’t need to replace it too soon, which will ultimately save you money.
Additionally, Colorbond provides a large selection of colours, enabling homeowners to select the ideal tone for the visual attractiveness of their house. Using cutting-edge technology, these colours are baked onto the steel surface to ensure they won’t fade over time.


Provide City leadership in managing facilities, equipment, supplies, maintenance, and other support services to elected officials and City departments and residents in a safe, reliable, and efficient manner.
“A commitment to quality service by quality people”
Parking Services provides exceptional parking and customer services to the Mayor, Council Offices, City Departments and the general public in an efficient and cost effective manner.
Supply Services procures all supplies, equipment and services in a cost-effective and timely manner.
Building Maintenance is committed to providing quality maintenance, repair, and operations to buildings of the City of Los Angeles to ensure safe, reliable, and sustainable facilities.
Fleet Services’ mission is to maintain and dispatch safe, reliable and appropriate vehicles and equipment for City departments in the most cost efficient manner possible.
Do Business with the City using…
The GSD Service Portal is a web-based tool available to City employees which can be used to request maintenance and repair work at GSD maintained City facilities.
View and download information about all contractual opportunities offered by the City of Los Angeles in one convenient location as well as find up-to-date certified sub-contractors to complement your project bid.
City Hall East Garage, City Hall Executive Pool and Broadway Building Motor Pool provide temporary use of pool vehicles to all Council-controlled City departments.
City vehicles and surplus equipment sold at public auction, Ken Porter Auctions.


The ramp ETC free flow charging technology has recently been certified by experts at the China highway Association's project achievement evaluation. Industry experts revealed that the project opened a new mode of 5.8G Hz ETC free flow charging service, and created and applied the first domestic freeway ramp ETC free flow linkage charging system, which is expected to be greatly enhanced ETC and MTC lane traffic efficiency.
According to the introduction, the ramp ETC free flow system is to deploy the ETC equipment in the way of Longmen rack at the ramp of the toll station and advance the charge to the ramp, which is equivalent to a presupposition of an obstacle free ETC trading lane, and the ETC vehicles passing through the ramp are traded ahead of time. In a simple way, if the owner sees the word "ETC pre transaction" on the way of high speed, or hear the sound of the "beep" of the equipment, it has not completed the charge of the free flow of the ramp, and the toll station display will show "the license plate has been successful" at the time of the ETC channel.
Last year, Guangdong Joint Electronic Service Co., Ltd. started the project research on the free flow of ramp on Dongxin high speed Nanpu station. It took the lead in carrying out pilot research work together in Guangzhou high speed stone Chau Station and Guangzhou Qingqing high speed Xinhua Railway Station, and began to popularize and use in a number of important sites in the Pearl River Delta.


Surface treatment by diamond grinding technology
The right surface treatment is becoming increasingly important. Diamond grinding technology is a particular focus here. With this special procedure, we process concrete, screed and asphalt floors in a way which creates a terrazzo-like surface.
Diamond grinding highlights the natural minerals and aggregates of your surface in a particularly aesthetic way. During the process, we can easily eliminate surface elevations as well as visual defects. In addition, diamond grinding can be used to create anti-slip steps that make your floor safer.
Surface treatment at a glance
Areas of application:
How we process surfaces with our diamond grinding technology
Special grinding machines are used which mechanically reduce the natural structure of the surface. Exact treatment depends on the required objective.
Usually, it is a matter of aesthetics, value retention or an improvement in working conditions. Above all, the focus is on the refinement of concrete and industrial surfaces. The aim is to make dull concrete floors shine, while creating better working conditions.
The mechanical reduction in the grinding process creates a smoother surface, which resembles the popular terrazzo style, with its visible aggregate and partially untreated areas.
But processing by diamond grinder is not only visually convincing: the properties of the floor are also improved. The floor gains slip resistance and is much easier to clean. This makes this type of processing ideal for concrete and industrial surfaces.
Overall, this form of processing is the right choice for making old floors fit again, giving them a visual and functional upgrade in the process. And, best of all, the process is so efficient that it takes very little time - and the floor is ready for use again straight away.


Construction Bid Opportunities
Bear Valley Water District’s wastewater infrastructure requires ongoing maintenance and improvement. This page provides information on current and future construction bid opportunities and recently awarded construction contracts.
For more information on construction bid opportunities, click on one of the items below.
Current Construction Bid Opportunities
The District currently has no bid opportunities available.
| File Name
Notice to Contractors
|Notice to Contractors
Specs & Plans
|Complete Bid Set
The work is generally described as follows:
Request A Bid Set
Project specifications, special provisions, plans, and proposal forms for bidding on future projects can be examined and full-size drawings may be obtained upon payment of a non‑refundable fee of $50 from the engineer for the project.
Contact the General Manager at the District Office at 209.753.2112 or Jeff.Gouveia@bvwd.ca.gov. BVWD welcomes opportunities to work with all businesses.


Established in 1969, we offer mobile crane services including major rigging, contract lifting, and heavy equipment projects throughout California. Delta Cranes have developed into a reliable company offering mobile crane services providing heavy lifting services for many different industries.
Our experienced team can help you in all aspects of the job, including site evaluations, scheduling projects and lifting plans. Our crane services are available 7 days a week. We maintain and inspect our rigging equipment with high standards, and all lifting components are load tested to ensure safety when lifting.
We are committed to providing a safe and healthy environment for our customers. Mobile cranes are primarily used for lifting, lowering and transporting loads. They move horizontally by swinging or traveling. Cranes are equipped with a block, a boom, and a jib.
Two main types of cranes are available on the market:
1. Hydraulic and 2. Mechanical cranes are also referred to as conventional cranes and tend to have a greater capacity. Hydraulic cranes have greater mobility and require less time to set up.
1. Controlled by their operating radius.
2. Safety regulations limit maximum crane load to a percentage of tipping load.
3. Electronic load indicators available that measure the right load on the crane and provide a warning if safe capacity has been exceeded.
4. We use the standard method of rating the capacity of mobile cranes as adopted by the PCSA Bureau of The Construction Industry Manufacturer Association.
5. Safe load capacity calculation is based on the slings, hook blocks, spreader bars, and other handling devices considered as a part of the load and their weight.
Crane Operator’s Job
Inspection of the hoisting machinery must be conducted by a competent person. Here is a list of what our employees inspect on the cranes before they are sent to project:
1. Wire rope wear
2. Fluid Leaks
3. Rated load capacities
4. Air pressure and no leaks
5. Tires properly inflated
6. Operating speeds
7. Loose or any missing nuts, bolts
8. Any physical damage
Benefits of using cranes
The huge advantage is the ability to access smaller areas, sites, and flexibility. The most important benefits are:
1. Less space
Even in a small construction site cranes can operate and move heavy equipment with ease. This can be useful when the construction takes place in urban areas where space can be limited.
2. Quick setup
The time required to install mobile cranes on the construction is short and requires less space to be stabilized. Therefore work can be performed much faster.
3. Handle various lifting tasks
Although this crane looks smaller than other types it is powerful and capable enough to lift heavy objects like a tower crane. This crane still lifts heavy objects and materials to greater heights because of the advance hydraulic power system and multiple axes.


The successful delivery of a facilities project relies on a good project brief with clear aims and objectives from the outset.
There are several distinct phases to the project life-cycle, some of which require professional input. Key areas should be discussed by the club in order to facilitate the optimal delivery of their facilities in line with the organisation’s requirements and budget.
There are eight stages to a typical facility development project. Stage One is the Project Inception and considers the client’s organisation, strategic need and justification, appointment of a project team, scoping project requirements and project programme. Stage Two covers the Feasibility Study looking at technical issues, outline plans, planning considerations and budget costings.
Stage Three is the Outline Proposal. At this stage the club can review schematic layouts and proposals for their project based on the development of earlier stages. Decisions as to building configuration and operational flow of the building need to be made. Also orientation to optimise access to pitches and to accommodate spatial requirements such as car parking are to be evaluated.
Stage Four covers the Scheme Design ascertaining the final appearance of the building for planning purposes. Stage Five considers Procurement. This stage can often be the most contentious and choosing the correct procurement route is vital in ensuring successful delivery of your project.
Stage Six is the Construction Phase. The project team, architect and quantity surveyor will take control of the construction phase. There will be regular meetings to discuss progress throughout the contract and to deal with any issues that may arise requiring the client’s input.
Stage Seven is Completion, when the project the facility will be handed over to the client. Stage Eight is the Maintenance and Management and is an important phase of the project life-cycle as it helps to retain the quality of the building. In the earlier design stages decisions are taken as to internal finishes, which have a bearing on the ease of maintenance and may well reduce refurbishment costs.
The Generic Process for Facility Development download has been prepared to help sports clubs and voluntary organisations to understand the processes and requirements for procuring quality provision for sports facilities. It highlights various stages of the process and the key stakeholders involved. Assistance is available from both The Football Association and the Football Foundation throughout the development stages of your project and these are referred to within the various stages of the process.


Bulletproofing residential windows has become a common practice due to the increasing rate of crime in some regions. Homeowners are constantly seeking ways to improve their home security, and the use of bulletproof windows is an excellent option. Bulletproof windows are made of transparent materials that can withstand the impact of bullets from firearms.
The preferred transparent material for bulletproofing residential windows is polycarbonate. Polycarbonate is a thermoplastic polymer that is lightweight, strong, and durable. It is used in the manufacture of a wide range of products, including bullet-resistant glass. Polycarbonate is also flexible and shatter-resistant, which makes it an excellent choice for bulletproofing residential windows.
The cost of bulletproofing a residential window depends on various factors such as the size of the window, the level of protection required, and the thickness of the polycarbonate material. The cost of bulletproofing a single residential window can range from $500 to $2,500 or more. However, the cost can increase significantly if the window is larger or requires a higher level of protection.
Polycarbonate materials come in different thicknesses, and the thickness of the material determines the level of protection it can provide. The higher the thickness, the greater the level of protection. The thickness of polycarbonate material used for residential bulletproofing usually ranges from 0.75 inches to 1.25 inches.
The level of protection provided by a bulletproof window depends on the caliber of the bullet fired at it. The higher the caliber, the greater the level of protection required. A bulletproof window can stop bullets from small handguns such as a .22 caliber or a 9mm. However, it may not be able to stop bullets from larger firearms such as a .357 Magnum, a .44 Magnum, or a .50 caliber rifle. In such cases, the use of thicker polycarbonate materials or other ballistic-resistant materials may be required.
In addition to polycarbonate, other materials can be used to make bulletproof windows, such as laminated glass and acrylic. Laminated glass is made by sandwiching a layer of polycarbonate between two sheets of glass. Acrylic is a type of plastic that is similar to polycarbonate but is less expensive. However, it is not as strong as polycarbonate and may crack under impact.
The use of bulletproof windows is becoming increasingly popular in residential buildings, especially in high-risk areas. Apart from providing protection against gunshots, bulletproof windows also provide protection against natural disasters such as hurricanes and tornadoes. They are also effective in reducing noise pollution and improving energy efficiency.


Ultrasonic Computerized Tomography for Continuous Monitoring of Corrosion and Erosion Damage in Pipelines
P. B. NAGY
Corrosion and erosion damage are major causes of pipeline failure Asset integrity management depends on
ABSTRACTThroughout the oil and gas industry corrosion and erosion damage monitoring plays a central role in managing asset integrity. This paper introduces a novel technology for continuous monitoring of wall-loss rates in pipelines.
- Damage detection
- Estimation of minimum wall thickness
- Monitoring corrosion rates
- Access conditions
- Size of asset
- Frequency of inspection
Permanently Installed UT SensorsVarious UT monitoring systems are already commercially available. They limit the cost of access to the initial installation of the sensors and with remote (wired or wireless) connectivity enable real-time continuous monitoring. They can achieve high accuracy provided that the internal surface of the pipe is smooth and uniform. Area coverage tends to be limited to the footprint of the sensors.
Guided Wave MonitoringUses transduction based on non-contact EMAT technology to map wall thickness over the entire pipe section comprised between two EMAT arrays. Typical array separation distance is between 2 to 4 pipe diameters. Operates over a wide temperature range from -40 to 180ºC (-40 to 365°F) and yields maximum depth estimations with accuracy within 1% of wall thickness.
Principle of OperationThe pipe wall functions as an ultrasonic waveguide. Each EMAT acts as point source producing a cylindrical wavefront similar to the ripples radiating from the point of impact of a pebble on the surface of water. As the wavefront expands it also wraps around the pipe multiple times leading to a complex propagation phenomenon that can be described by rays with helical trajectories.
Helical ModesFor each source of the Tx array, waveforms are received with all the transducers of the Rx array. Each waveform contains multiple pulses each corresponding to a particular helical path. The different helical paths provide the ray coverage needed to reconstruct the thickness map with sufficient resolution and accuracy. On a pipe elbow the rays follow more complex trajectories corresponding the the geodesics of a torus.
Sensitivity to Wall LossDifferent guided modes can propagate along the wall of a pipe. The fundamental flexural mode, A0, is highly sensitive to wall thickness losses. This key property is apparent from the approximate Bernoulli-Euler theory of bending waves. In general wave speed is an increasing function of the ratio between a stiffness parameter, k, and the mass, m Flexural stiffness is proportional to the cube of wall thickness, h, while the mass/unit area is linearly proportional to h As a result, a small wall loss results in a much larger reduction in flexural stiffness than mass/unit area, thus causing a reduction in wave speed. According to the Bernoulli-Euler theory the wave speed depends on the frequency-thickness product f h, and the elastic properties of the material expressed by the Young’s modulus, E, and Poisson’s ratio , Physically, this means that A0 slows down as it enters a corroded area and then it accelerates as it leaves the defect. The approximate theory is valid for low values. Higher frequency requires solution to elastodynamic equations. Among the many different modes that can propagate we select the flexural mode A0 for its high sensitivity to wall thickness loss. We operate at MHz-mm corresponding to a maximum point in the A0 group velocity.
Wall Thickness ReconstructionThe wall thickness map is reconstructed by starting from the measured guided wave signals. Tomographic principles are then applied to map the speed of A0 across the propagation domain. The reconstructed speed of A0 is then convert into wall thickness using the A0 dispersion curve. The speed of A0 is mapped through model based inversion. A forward model is used to simulate wave propagation for a known velocity map. The velocity map is then adjusted until the prediction from the forward model matches the measurements. Speed and accuracy of the forward model are critical.
Efficient Forward Modelling3-D elastic wave propagation can be approximated using a 2-D acoustic model. For curved pipes the acoustic domain is inhomogeneous and artificially anisotropic. FE simulation of one full dataset requires 16 days of computation on a workstation (1 TB RAM, 48 threads, 4 GPUs), the 2-D model takes under one second on a laptop.
Data for Inversion: The Differential MeasurementsThe accuracy of model based inversion can be affected by parametric uncertainties about the geometrical characteristics of the undamaged pipe. Due to manufacturing tolerances thickness variations in the order of 10% wt are common in most pipes. Even greater variations are seen in bends. Experiments conducted on a 8” diameter, schedule 40 bend (1.5D bend radius) showed max peak-to-trough variation of 1.72 mm on a 8.25 mm nominal thickness, i.e. 21% of mean wt. To address these uncertainties we use a differential approach that is aimed at detecting the changes between two states of the pipe rather than its absolute state. Therefore, time-independent uncertainties are suppressed and do not affect the forward model. High accuracy can be achieved beyond manufacturing tolerances. Importantly, there is no need to model welds and other structural features.
Typical Result on Straight PipePipe diameter: 8” Wall thickness: 7.37±0.05 mm Defect max. depth: 0.78±0.05 mm No. Transmitters: 16 No. Receivers: 16 Temp range: 20-175oC Guided wave mode: A0
Repeatability and Temperature StabilityThe bond layer of permanently attached piezoelectric transducers is known to be a main cause of thermal instability. For this reason we have developed noncontact EMATs that make the transduction highly stable. In addition, we use the spatial diversity of array measurements to compensate for phase velocity changes in the pipe wall caused by temperature variations.
Monitoring Defect GrowthA significant challenge in the experimental validation of pipe monitoring techniques is the availability of techniques to introduce defects with highly controlled geometrical characteristics. Here, an attempt was made to use EDM to produce artificial defects on a 8” schedule 40 pipe at 12 different depths. Guided wave tomography was able to size maximum defect depth over the entire range of simulated depths characterizing defects as shallow as 20 micron.
Typical Result on Bent PipesRealistic corrosion defects are introduced using an accelerated corrosion method based on impressed currents. Defects are introduced at different locations around the elbow both from the inside and outside of the pipe. When defects are on the outside, 3-D laser scans are used to benchmark the results from guided wave tomography. For defects on the inside, UT probes are permanently attached on the outer surface of the pipe. The tomographic maps clearly show the presence of damage on the intrados of the pipe and correctly capture its progression. The defects simulate localized corrosion and are highly irregular as it can be observed from the laser scans below
Performance as a Function of Defect PositionTomography can correctly predict the defect growth trend. The underestimation on the intrados and side is due to the lower resolution of guided wave tomography compared to the optical laser scan. Due to the highly irregular nature of the defects, there are small areas (few mm in size) of larger depth which cannot be resolved by guided wave tomography. On the extrados, where the defects is introduced from the inside of the pipe, UT underestimates depth because only two points are monitored as explained next.
The Advantage of Guided Wave Tomography over Single Point MeasurementsIn the presence of aggressive corrosion the interior surface of the pipe can be highly irregular. For the defect on the extrados, a 100 mm diameter corrosion area is monitored with two permanently attached UT probes. The probes grossly underestimate depth due to their limited area coverage. In addition, their sensitivity is affected by the profile of the corroded surface which tends to deflect the ultrasonic beam away from the probe thus causing significant signal loss.
- Computerized guided wave tomography (CGWT) offers a medium-range solution for continuous monitoring of corrosion and erosion damage in pipelines
- In straight pipe sections accuracy in maximum depth estimation is typically better than 1% wt
- Accuracy is not affected by pipe manufacture tolerances (10% wt or more)
- The technology is robust against unwanted signal changes caused by benign factors such as temperature variations
- Possible to monitor damage in both straight and curved pipe sections as well as welds
- P.B. Nagy, F. Simonetti, G. Instanes. Corrosion and erosion monitoring in plates and pipes using constant group velocity Lamb wave inspection, Ultrasonics, 54, 1832-1841, 2014.
- C.L. Willey, F. Simonetti, P.B. Nagy, G. Instanes. Guided wave tomography of pipes with high-order helical modes, NDT & E International, 65, 8-21, 2014.
- A.J. Brath, F. Simonetti, P.B. Nagy, G. Instanes. Acoustic formulation of elastic guided wave propagation and scattering in curved tubular structures, IEEE Trans. Ultrason. Ferroelect. Freq. Cont, 61, 815-829, 2014.


There are several various kinds of steel resources. Some of them are used for building, while others are used in home appliances. Each kind has its own specific chemical structure and uses. Let’s have a look at some of the most popular types of steel elements and how they are simply used. Knowing the basics of each type, you can start using it for your construction assignments. Listed below are probably the most popular types of steel.
Co2 steel is considered the most common kind of steel. This kind of steel this hyperlink contains in least zero. 4% co2 and a small amount of magnesium (mg). These substances have a higher shear strength and load hauling capacity. Yet , they are difficult to weld and form. Co2 steel is normally used for connections and other construction projects. Co2 steel is considered the most popular kind of steel designed for building materials. There are two styles of stainlesss steel: low and high carbon material.
Stainless steel may be a type of metallic that is highly anti-corrosive and can be molded into a various shapes. This steel is definitely widely used pertaining to surgical musical instruments, home appliances, cutlery, and outside cladding of buildings. Iron and steel double in construction and infrastructure. They are also employed for building and reinforcing tangible structures. These kinds of steels could be recycled without having to lose any of their particular properties. The types of steel components are listed below.


The Easikit™ Radial is ideal for projects where a combination of radial slewing action and variable discharge positions are required. With its fixed feed point and powered radial wheels, this model rotates through a full 360° arc if required. The Easikit™ Radial is supplied with a hydraulic ram and hand pump for easy height adjustment, and is available in 600, 900 or 1200mm belt widths to suit any project.
Full 360° slewing action and variable discharge height.
Adaptable modular construction to meet your onsite needs.
Unique long life, low-maintenance design for robust, reliable materials handling.
The Easikit™ Radial is ideal if your project requires variable discharge heights and radial slewing action. The robust construction, fixed feed point and powered radial wheels ensures this model is capable of rotating through a full 360° arc if required.
The Easikit™ Radial comes complete with a hydraulic ram and hand pump for easy adjustment so that you can achieve variable discharge heights, and is available in 600, 900 or 1200mm belt widths.
This conveyor is ideal if you need to stockpile in more than one location or fill multiple bays/bins with materials.


Innovations for ice and snow management
The purpose of the project is to increase the number of actors involved in innovation activities in the Interreg North Program area by developing and validating solutions to reduce the damage caused by ice and snow loads.
As a result there should become several innovations for ice and snow management that can be commercialized.
In the project solutions are tested for
- icing management of power transmission lines
- icing management of wind turbines
- management of snow loads on roofs of buildings
Ability of the solutions to reduce risks, their cost impact and commercialization potential are validated.
Forming of a business network on the area of ice and snow management is promoted.


Cangzhou Oukai Pipeline Anti-Corrosion and Thermal Insulation Engineering Co.,ltd locate at No27，Beihai Road, Development District,Cangzhou City，Hebei Province.It occupies 70,000 square meters,the
Cangzhou Oukai Pipeline Anti-Corrosion and Thermal
Insulation Engineering Co.,ltd locate at No27，Beihai Road, Development District,Cangzhou City，Hebei Province.It occupies 70,000 square meters,there are 108 employees and 18 of them are Senior engineer，which is a large professional company mainly undertaking anticorrosion and thermal insulation of pipes. Cangzhou Oukai Pipeline Anti-Corrosion and Thermal Insulation Engineering Co.,ltd, Cangzhou Double Dragon Steel Pipe Co., Ltd, Cangzhou Derry Fengda International Trade Co., Ltd and Inner Mongolia Zhengyuan Steel Pipe Co.,ltd,belong to Cangzhou spiral steel pipes Group Company.
Oukai company has many advanced international anticorrosion and thermal insulation production lines and special equipments. At present,our company can undertake various of external coatings project for steel Pipes,single or two-layer fusion bonded epoxy power （FBE）,2PE,3PE,2PP,3PP. In addition, we can supply various paint anticorrosion: e.g. GZ-2 high polymer coating, propenoic acid coating, IPN8710 non-toxic coating, Organic silicon resistant high temperature coating, epoxy tar coating, epoxy coating, and internal coating of cement Mortar. We mainly apply for standard DIN30670,DIN30671, AWWA C210、CECS10-89、Q/CNPC38-2000、SY/T0414、SY/T0315、SY/T0447、SY/T0413、CJ/T114、CJ/T120 etc.
Besides,our company can undertake various heat preservation of steel pipes, mainly including black jacket polyurethane heat preservation, yellow jacket polyurethane heat preservation, Rock wool insulating, Calcium silicate insulation, aluminum silicate insulation, Magnesium silicate insulation. Anticorrosion and thermal insulation pipes in our company can use in Marine facilities, oil and gas engineering, hydropower stations, power station, heating companies,water conveyance project.,and so on.
Our company put the coustomer first,see quality as life. Employing advanced production experience of senior engineer,we carry out the quality management from up to down service,achieved quality control of sandblasting derusting,anticorrosion and finished goods inspection. We get the ISO9001:2000 quality management system certification and "honest and credible advanced institution " honors.


Pro Logic Building & Rope Access Solutions are specialist providers of rope access solutions in London and the Home Counties, covering throughout the M25, Berkshire, Buckinghamshire, Surrey and Middlesex.
Technicians work can be completed in a matter of hours or days as opposed to weeks or months. Our team of highly skilled rope access technicians are fully trained, with each member having no less than 10 years experience in the industry. They are equipped with the skills and the knowledge to tackle any project, for any purpose, at any height.
We offer a wide range of rope access solutions which include:
Buildings need to be inspected to ensure they are not deteriorating and are still working efficiently. Damage caused by extreme weather as an example needs to be repaired no matter what the height. Concrete, brickwork, masonry repairs and lighting can be carried out along with paint or industrial coatings being applied with our rope access service.
We can provide you with a detailed assessment of the works that need to be carried out on any building, along with being able to carry out the work for you by our highly skilled operatives.
We are specialists in the roofing industry and carry out a full comprehensive list of roofing repairs including leadwork, insulation, boiler flues and repointing, see our Roofing page for more information.
Working the same as glazing on a house, leaks, repairs and replacement glazing needs to be carried out on high rise buildings to prevent the problems getting worse and leading to further structural defects and enlarged costs.
We can provide glazing surveys and inspections, leak detections and repairs, glazing cleans, window cleaning and annual glazing maintenance, speak to a member of our team for more information.
Birds, their feathers and droppings can play havoc with roofs, blocking the drains and gutters, and if left can cause extensive and expensive repair bills to any homeowner or business.
We can provide a comprehensive prevention and maintenance service to seal off roof voids to birds, add netting and deterrent spikes on chimneys and roofs and provide a pressure washing service to clean the whole roof up along with solar panels to get the roof looking as good as new.
We can provide the installation of all size of banners, illuminated signs and billboards, no matter how big or small.
At Pro Logic Building & Rope Access Solutions, we can offer you a free site survey, along with a free no obligation quotation. Give us a call to discuss your requirements today on 01344 829983.


The National Readymix division’s plants, located at Salmabad and Hidd, employs the latest technology, to meet the diveres needs of customer. National Readymix has the quality certification from British Standards Institute (BSI) and is approved by the Ministry of Works & Housing.
Ready mix concrete is batched in fully computerized concrete batching plants with a production capacity in excess of 400 cu.mtr genetaors. concrete per hour. Chiller and ice plants are maintained for temperature controlled concrete and back-up generator for uninterrupted power supply. The batching plants are operated by well trained and experienced operators.
The division has a group of well qualified sales and technical staff who assist customers in specifying concrete and interpreting concrete specification and mix designs.
The National Ready mix division operates a quality system which complies with the requirement os ISO 9001:2008. all constituent materials are routinely tested in accordance with the division’s test methods by a group of well qualified and trained technicians and chemists. The final end product ‘ the readymix concrete ‘ is inspected and tested for compliance with the specified requirements.
Concrete testing equipment and all other equipment used for measuring and testing are calibrated regularly to national or international standards.
The division also maintains a fully equipped workshop and trained personnel for regular maintenance of plants equipment and vehicles.
A large fleet of truck mixer of 3 to 12 cubic meter capacity respectively ensure short loading time, high mixing efficiency and rapid concrete discharge even to restricted access sites. Concrete pumps of varied sizes accompany the truck to enable delivery of the ready mix even on high rise structure under construction.
Inaddetion, a team of senior managers routinely inspect job sites in progress to ensure customer satisfaction is being maintained.


Draft METRONET East Redevelopment Scheme released for public comment
Local residents and business owners are invited to comment on a draft redevelopment scheme that will guide development around the Bayswater, High Wycombe and Midland train stations.
The Draft METRONET East Redevelopment Scheme outlines how development applications will be assessed to ensure high quality future development that reflects the character of each area.
The precincts will be home to a range of housing options close to quality public transport, work places, shops and community facilities.
The Scheme will be administered by DevelopmentWA and outlines preferred land uses for different precincts within the project areas to ensure a compatible mix of activities including residential, commercial, retail, community and entertainment.
After consideration of community and stakeholder feedback the final METRONET East Redevelopment Scheme is expected to be in place by late 2020. The planning authority for the areas will then transfer from local government to DevelopmentWA.
Work is also progressing on the detailed Design Guidelines for the Bayswater and High Wycombe project areas, which will set out specific requirements for new development including building design and materials, heights and parking.
The community can view the Draft Scheme and provide comment at https://developmentwa.com.au/planning until September 15, 2020.
We respectfully acknowledge the Traditional Owners, the Whadjuk Noongar People as the Custodians of this land. We also pay respect to all Aboriginal community Elders, past, present and future who have and continue to reside in the area and have been an integral part of the history of this region.


Updating old shower fixtures looking for 100 dating site
A handheld showerhead works as a traditional showerhead when mounted, allowing you to choose the best use for you on any particular day.Chrome hand showers look sleek in any bathroom, updating your look and functionality of your bathroom décor.Over time, existing shower tile can get damaged and dirty.Mold, mildew, soap scum and other unwanted growths could accumulate on existing shower tiles and be difficult to remove.Well, I lived through the experience and I’m here to tell the tale.Painting outdated bathroom faucets and shower frames is certainly possible, but it’s definitely more involved than I had ever imagined. The prep, the taping, the papering, the covering everything in sight…that took forever!! ventilation or fire sprinkler systems beyond the point where a direct connection is made with the potable water distribution system.(b) Sanitary drains, storm water drains, hazardous waste drainage systems, dedicated systems, potable and non-potable water supply lines and other connections shall be subject to 248 CMR 10.00. Devices and appliances for heating and storing water must be so designed and installed as to guard against dangers from explosion or overheating. 6 -- Required Plumbing Fixtures .(a) To meet the basic prerequisites of sanitation and personal hygiene each dwelling shall include the following:1. Trap seals shall be protected from the dangers of siphonage, leakage, aspiration, momentum, oscillation, back pressure, evaporation, and capillary action under conditions of normal ordinary use. 10– Special precautions for oily and/or flammable liquid wastes . The plumbing system must be subjected to such tests as mandated by this code to effectively disclose all leaks and defects in the work or the materials. 13 -- Harmful Substances must be excluded from the Plumbing System . The performance of plumbing work shall not impact the structural integrity of building components. All discharges to ground or surface water must meet all local, state, and federal water quality discharge standards.(22) Principle No. All waste discharge materials that may become detrimental to the health and welfare of the general public, that enter the sanitary drainage system of any building, shall be carried within hazardous waste piping systems. In a room that accommodates more than one toilet, or that incorporates a urinal and a toilet, each toilet shall be enclosed and each urinal shall be side shielded for privacy.(24) Principle No. Drinking fountains shall be installed in safe, clean, and hazard-free areas. Temporary construction trailers are exempt from the material provisions of 248 CMR.10.06. Sheet copper shall not be less than 12 ounces per square foot when used in the following applications:1. A flange shall be secured to the finished floor on which it sets by screwing or bolting and shall be connected to the specific piping by soldering, caulking or solvent welding as provided for in 248 CMR 10.07.(e) Cleanouts . Shall have raised or countersunk square or hexagon heads.4.
In multiple dwellings, other than dormitories, that are not restricted to the elderly, at least one washing machine connection for every ten dwelling units or fraction thereof that do not have a washing machine in the In housing that is restricted to the elderly, at least one washing machine connection for every 20 dwelling units or faction thereof that do not have a washing machine in the The plumbing drainage system must be installed, designed, arranged, constructed, and maintained to protect against fouling, deposit of solids, and stoppages. The piping and other components of the plumbing system must be manufactured of durable material, free from defective workmanship, and designed and constructed to provide satisfactory service for its reasonable expected life. 9 -- Need for traps in the plumbing drainage system . Anti-siphon Vacuum Breaker-Pressure Type (Back-siphonage Preventer). Exception : In new residential construction cast iron pipe may be used exclusively with PVC for sound reduction.(b) Sheet Lead . For a safe pan the sheet lead shall not be less than four pounds per square foot.2. If the flange is composed of brass, the flange shall have a minimum thickness of c inch.2.
248 CMR 10.00 governs the requirements for the installation, alteration, removal, replacement, repair, or construction of all plumbing.(2) Jurisdiction .(a) Nothing in 248 CMR 10.00 shall be construed as applying to:1. 248 CMR 10.00 is founded upon basic principles which hold that public health, environmental sanitation, and safety can only be achieved through properly designed, acceptably installed, and adequately maintained plumbing systems. 1 -- All Occupied Premises Must Have Potable Water . Hot water must be supplied in all habitable buildings for plumbing fixtures which utilize hot water for sanitary or hygienic purposes. Accordingly, all commercial buildings and garages which are used to store or repair motor vehicles must have separators installed to ensure that all oil, grease, and other flammable wastes are discharged before emptying into the building drainage system or other point of disposal. Special waste water discharges containing such hazards must be collected and disposed of or treated prior to entering the sanitary drainage system. 14 --Need for indirect waste piping in the plumbing drainage system . Plumbing systems shall be maintained in a safe and serviceable condition from the standpoint of both mechanics and health. Top10.03: Definitions For the purpose of 248 CMR 10.00, the terms defined in 248 CMR 3.00 have the meanings as defined therein. A plastic cleanout plug shall be of the same material to which it connects.(f) Building Drains (Inside Building) .
Top10.02: Basic Principles Founding of Principles . Plumbing must be designed and installed to meet the water conservation requirements of this code while using the minimum quantity of water necessary to function properly under normal conditions of use. Oily and/or flammable liquid wastes pose a public health and safety danger if not properly disposed of. Vent terminals shall extend to the outer air above the roof line and be installed to prohibit the possibility of vent obstruction and the return of sewage gases into the building. No substance that will cause or exacerbate clogs or stoppages in pipes, produce explosive mixtures, destroy the pipes or their joints, or interfere unduly with the sewage disposal process shall enter the sanitary drainage system. All plumbing fixtures shall be installed in a manner with respect to clearances for spacing and accessibility for their intended use and cleansing. See 780 CMR: for licensing and other requirements governing such issues. The hazardous waste shall be collected and disposed of or treated prior to entering the sanitary drainage system in accordance with the requirements of 248 CMR. The installation of a drinking fountain in a restroom that incorporates toilets or urinals is prohibited. The water and sewer connections shall be the same materials as supplied by the trailer manufacturer. 26 --Materials and Design : The materials, products, devices, methods, systems, design, and installation of any and all aspects of a plumbing systems shall be in conformance with 248 CMR 3.00 through 10.00, including that all products used in any plumbing or gas fitting systems shall be Product-Approved by the Board. Cleanout plugs shall meet the following requirements.1. If a tripping hazard may exist, only a countersunk head shall be used.5.
I haven’t seen this bathroom since June 2011, which was six months after I painted them, and everything still looked great at that time.
I have not seen them since then, and have no idea how well they’ve held up since then.


Encore was present at The Guildhall in Cambridge on 25 September when prominent business leaders from across the construction and property industry came together for the Cambridge Development Plans Conference.
One of the city’s largest business events of the year within the construction sector, the event saw some of the region’s biggest names in business lead a regional discussion including presentations of ongoing or proposed development plans in the area and their plans for the future.
Mayor James Palmer of the Cambridgeshire and Peterborough Combined Authority opened proceedings before major developers presented their ongoing schemes in the city including:
The conference was hosted by Built Environment Networking and provided an opportunity for those within the industry to gain insight on projects likely to take place within the region, whilst also giving a platform to debate and discuss the issues at the top of the economic and regional agenda.
Encore founder Neil Robinson, who was at the conference, commented: “As the leading residential property management company in Cambridge it was great to hear from some of the region’s biggest developers about their plans to tackle local housing needs.”
“We are already working with developers such as Hill on some of their exciting new schemes, and as managing agents for some of Cambridgeshire’s most iconic residential developments we’re well aware of local issues such as affordable housing, transport infrastructure and planning restrictions.”


Commercial facilities require a vast amount of concrete maintenance.
From warehouse floors supporting heavy shelving and large machinery to hotel entry ways with a large amount of foot traffic, the concrete sees a lot of stress and degradation.
Refcon Specialist Group has the ability to perform the works needed to fix these issues with minimal disruption to your daily operations.
Industrial sites see many damage mechanisms that degrades the materials strength sometimes and reduces its life span significantly.
Proper maintenance and protection of the existing material can prolong the life of the concrete while proper refurbishment methods mean the facility can continue to operate without worry of concrete failure causing an unplanned outage or loss of production.
Who We Are
About Our Company
Refcon Specialist Group (RSG) is a company founded to help solve the concrete degradation problem in the greater Houston area and beyond. From residential homes to commercial buildings the team at RSG is ready to inspect, plan, and successfully repair, refurbish, or replace any concrete problem that can be found.
Executive Director, Refcon SG LLC
We Offer a Range of Services to Meet Your Needs
Below are some of the core services offered by Refcon Specialist Group.
General Concrete Repair
Expansion Joint replacement
Resin Injection/Crack repair
We believe each contact is a long term partnership


The role of desalination in the energy transition
The water circular economy
The water circular economy, where water from the sea is fed through a desalination plant to provide clean water for industrial and residential use. Fresh water from a reservoir goes through a water treatment plant to provide clean water. The wastewater from both plants is treated in a wastewater facility before being fed back to the reservoir. This circular model helps to reuse waste water, mitigate emissions, and enhances our resilience to climate change.
One of the effects of the climate crisis is increasing water scarcity and insecurity. As the impact of global warming continues to be felt, it is likely that issues surrounding access to safe, clean water will only continue to grow.
Only 3% of the world’s water is safe for human consumption. The rest is ocean water that needs to go through the desalination process to remove the salt from seawater to make it suitable for consumption and use. Desalination is becoming increasingly critical globally, with access to clean water a necessity.
Desalination – enabling a sustainable future
There are two main types of desalination processes - multi-stage flash distillation (also known as thermal desalination) and reverse osmosis.
Multi-stage flash distillation is found mainly in existing plants and is an older, more traditional form of desalination, while reverse osmosis is more commonly used in new sites.
Reverse osmosis forces the water under extremely high pressure through a membrane to remove salt and impurities and is later treated with chemicals like fluoride and chlorine to ensure its safety.
Alternatively, Multi-stage flash uses heat to distil seawater, removing the salt and leaving clean potable water.
Our role in desalination
Desalination plants are valve and actuator intensive. Both desalination processes water through several complicated stages. Efficient, precise control of the water and other liquids is essential.
Energy consumption within desalination plants is an important concern to operators, and energy recovery systems are important on desalination sites. Electric actuators are efficient to run and have low inactive energy use.
Rotork actuators are a reliable and efficient choice, offering safe and dependable operation. We concentrate on taking care of desalination plants’ primary needs. These include supporting sites throughout the planning and specification phases to provide significant value to our customers and their operations. We have a global network of local service centres and engineers and our service solutions increase plant efficiency and reduce maintenance costs.
Our latest desalination project
A desalination plant in Spain, the largest reverse osmosis desalination plant in Europe, was enhanced by installing IQ and IQT actuators. The site supplies 200,000 cubic metres/day of potable water to residents of Barcelona.
More than 400 Rotork IQ and IQT intelligent electric actuators were installed and are now controlled by eight Rotork Master Station control centres, providing a direct interface for each actuator. IQ3 actuators have the necessary ingress protection that is needed for use within water applications.
Our desalination solutions
Rotork manufactures a range of intelligent flow control solutions that are ideally suited to desalination applications. A selection of our most suitable products is shown below.


HDB inks $10.7m research collaboration with two universities
In an offer to build better communities and improve construction productivity, the Housing and Development Board (HDB) on September 7 (Thursday) approved two new research and development contracts, each crossing three years, along with two universities with a total of $10.7 million.
A $4.7 million participation with the prestigious Nanyang Technological University Singapore to establish an astonishing Smart Integrated Construction System (SICS) plans to develop building productivity by means of smart sensors and automation.
Sponsored by the Ministry for National Development’s Research Fund, the outstanding SICS comprises of the Smart Crane System, Smart Tracking System as well as the HDB Integrated Building Information System (IBIS).
The Smart Tracking System will effectively achieve construction logistics as the supplies are elated from numerous suppliers to the construction spot, whereas the Smart Crane System will mechanize the lifting of building mechanisms on-site. The IBIS will present as the essential digital database, where industry associates in the whole construction supply chain can contribute work updates and immediate data on HDB developments from various locations through the benefit of 3D modelling.
For the meantime, the HDB endorsed a $6 million MOU (memorandum of understanding) together with the eminent Singapore University of Technology and Design intended for the research program of New Urban Kampung, which will establish progressive modelling tools to produce new housing keys that meet the growing needs of residents among changes in socio-demographic aspects.
This research creativity is part of the ‘Cities of Tomorrow’ R&D Program backed by the noted L2NIC (Land and Livability National Innovation Challenge).
Basically, it has four key objectives, that is to increase a broader understanding of HDB residents and their choices, classify new quality of life pointers that think about residents’ needs, find new means to build up community-centric designs and anticipate the effects of new HDB living initiatives.
In general, the aim of the two research partnerships is to resolve complex housing problems and needs by planning, cultivating the science on design and construction of HDB estates and towns, said Dr. Cheong Koon Hean, the chief executive of Housing Board.
“With interactive science studies and data studies, we can well comprehend our residents’ needs and varying lifestyles and their possible responses to our initiatives and plans. Smart construction solutions will as well allow us to build more effectively and accomplish better quality.”


Letter of Recommendation
By: James St. John, P.E.
David Evans and Associates, Bellevue, Washington
To Whom It May Concern:
I worked with Steve during all of his years at David Evans and Associates, Inc. (DEA) in Bellevue. Steve was a project engineer and worked for me on several projects. One of the main projects was SR 161 where Steve worked on the updated channelization plan, InRoads design, cross sections, right-of-way plan, and utility coordination plan. Steve took ownership for the tasks he worked on and could be counted on to get them complete on time.
Steve went to many project meetings with me and the client would frequently call Steve to coordinate the design. Steve represented me and the firm well in lead roles.
Steve was always ready to jump in and assist on a project. Several times he went to Denver, Los Angeles and Phoenix on short notice to help the company with projects there.
Steve is a hard worker and proficient at InRoads and Microstation. He is very interested in improving his skills and takes advantage of all training opportunities. He gets along well with his coworkers.
I heartily recommend Steve to anyone interested in hiring him.
James St. John, P.E


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nature driven experiences
we biodesign everything,
brand to architectural experience
Ecospheres, the consultancy service offered by Phyta Biodesign, specializes in creating nature-driven experiences that seamlessly blend the natural world into the built environment.
We aim to transform traditional architecture into sustainable and resilient designs, providing clients with innovative and visually appealing solutions that positively impact biodiversity, people and nature.
By integrating green spaces, sustainable materials and biophilic elements. Ecospheres enhances the well-being of inhabitants and fosters a deeper connection with nature within urban spaces.
nature at every step:
Harnessing Data to Shape Sustainable Design Solutions
Pioneering Biomaterials for Tomorrow's Construction
Crafting the Future through Advanced Digital Fabrication
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Subscribe to our TOLARIS Homes YouTube channel for inside access to all of our custom home projects.
Rough Framing at Lake Markham Orlando
Rough Framing: Structural elements of a building or the process of assembling elements to form a supporting structure where finish appearance is not critical.
If you walk by a construction site and see the building skeleton, it may seem the real construction work has yet to begin. However, the skeleton, or rough frame, is the building’s most important structural component.
Construction specialists worked on the rough framing to turn blueprints into the sturdy internal structure of the building.
Residential rough framing: For most homes, construction framers measure, cut and assemble lumber for the walls and subfloor, adding anchors and other vital structural supports.
A rough framing carpenter also measures and attaches studs around the spaces for doors and windows, and sets joists for the ceiling, then trusses for the roof.
Complicated geometrical calculation is required if the house includes arches or cathedral ceilings.
Ready to Custom Build your Home?
We’ve Been Building For Over 45 Years, and we only get one chance to make a first impression; trust Tolaris Homes to be your Builder.


Following safety reviews of the junction since works were completed in 2016, Kier Highways on behalf of Highways England, will be undertaking work at the junction involving:
- laying additional road markings to the Ringway East approach
- amending road markings at selected locations
- removal of the uncontrolled crossing on Barbel Avenue
- replacing the bollard on A30 island
- realigning the field entrance and resurfacing footpaths along the A30
There will be some night time closures of the junction and this will result in some trafic being diverted through Old Basing.
Work is scheduled to start on Monday 20 March 2017* and is expected to take three weeks to complete.
More details available here M3 J6 Black Dam Letter.


For terrain analysis it can be useful to be able to calculate a map of the slope and aspect of a DEM. For example, classifiers may want to exclude data from areas with steep slopes. Slope represents the rate of change or steepness between neighbouring elevations. Aspect identifies the downslope direction of the maximum rate of change in value from each pixel to its neighbors or in other words, the slope direction with respect to North.SNAP actually already calculates the slope of a DEM within the terrain masking operator but does not expose it to the user as an output. We will implement a stand alone operator to add slope and aspect bands to a product containing an elevation band.


HGV Driver/Groundwork Operative
Job Type: Full Time, Permanent
Location: Bergh Apton (just outside Norwich)
Salary: £Competitive Depending on Experience
- Workplace pension
- 20 Days Annual Leave and Bank Holiday’s
- Safe/secure parking available within the company depot
T. Farrow Construction are a Norfolk based Civil Engineering and Surfacing Contractor. We undertake a wide range of maintenance and new construction projects for Public Sector, Commercial and Domestic clients.
We are currently looking for a HGV Driver/Groundwork Operative to join our team.
Responsibilities – HGV Driver/Groundwork Operative:
- Being part of and assisting our small works gangs in all aspects of groundworks/bituminous surfacing.
- Proficiency in various facets of basic groundworks including kerb laying, drainage and bituminous activities.
- Operate hand tools and power equipment as needed.
- Follow safety protocols and maintain a clean work area.
Requirements – HGV Driver/Groundwork Operative:
- Groundwork skills
- Civil Engineering skills
- Class 1 HGV (C+E driving categories) or class 2 HGV
· Proficiency in various facets of basic groundworks including kerb laying, drainage and bituminous activities.


Wheel Wash Systems
Wheel Wash Systems are a must for Construction and Mining Industry. They help in reducing pollution and mostly is one of the requirements for complying with Pollution Norms.
KKE Truck Wheel Wash Systems are built in two configurations for :
- Permanent Wheel Wash Systems
- Portable Wheel Wash Systems
Permanent Wheel Wash Systems
Permanent Tire Wash Systems are built for permanent Installations where the equipment shall not be required to be moved or repositioned in less than 2 years. Also, the equipment needs to have drain channels made in concrete which lead to the water reclaim tanks.
Portable Truck Wheel Washing Machines
Systems that need to be relocated frequently are built differently as compared to a Permanent Wheel Washing machine. The equipment has water channels that help in collecting the water and requires very few civil requirements. In fact the concrete/gravel filling is only needed to ensure that the equipment does not sink due to continuous operation.
Portable systems are used generally on Construction Sites or in the Mines where the mine exit keeps on changing due to constant increase in the excavated area.
Benefits of KKE Wheel Wash Systems are :
- Heavy Duty Structure
- Hot Dip Galvanised Structure for Corrosion Resistance
- Quick Installation
- Easy to Operate
- Rugged Control System
- Can work on Diesel Generator


Flat / Curved Safety Tempered Glass Panels 25mm For Architectural
2.CE standard, BS standard
3.Curtainwall, construction glass
4.High mechanical-resistant strength
5.Min size: 100*300mm Max size: 2800*6000mm
Tempered Glass is kind of high-strength glass, made of normal glass
that is heated to intenerate, and then condensed quickly by cold
wind to as times strength as before.
Safety, high mechanical-resistant strength, thermal stability, good
Glass door, curtain wall of building, indoor partition, elevator,
showcase, door and window of building etc.
Max Size: 2800*6000mm
Min Size: 100*300mm
In accordance with BS6206 British Standard
In accordance with CE Standard
In accordance with AS/NZS Standard
In accordance with GB 9963-1998 Tempered Glass Standard.
In accordance with GB 17981-1999 Chinese Standard Tempered and
Heat-Strengthened Glass Used in Curtain Walls.
Pass Chinese Safety Glass Compulsory Certification (CCC).
1. Product Name
Tempered Glass Panels For construction
Min: 100*300mm; Max:2800*6000mm
Flat and Curved
6. HS Code
7. Trade Mark
8. Export Market


As the Hammers' future home continues to take shape, West Ham United are delighted to unveil previously unseen time-lapse footage of the Olympic Stadium's conversion.
With the very latest pictures from the ArcelorMittal Orbit and inside the Stadium bowl, supporters can watch as lead contractor Balfour Beatty make preparations for the arena's magnificent new roof.*
With the existing roof to be dismantled over a period of four months, the process, which began in November, firstly saw the lighting panels come down.
Temporary cables were strung across the field of play, thereby linking opposite towers to one another. Those cables form a spider's web-like structure to maintain the stability of the towers once the circumferential cables are disconnected.
Following the installation of this cable net, the floodlights were removed in pairs. Each pair of lighting towers was lifted and lowered to the ground using crawler cranes with 600 tonnes lifting capacity. The lamps were then removed and the towers dismantled.
Balfour Beatty is carrying out the work using specialist company Pfeifer. A team of around 20 abseilers erected all the temporary cables and removed the floodlights.
With the lighting towers down, attention has since turned to the ceremonies' tripods, which are fixed on to the compression ring - the outer circle of steel that runs around the top. They supported cables which connect across the venue to allow scenery and staging for the opening ceremony to 'fly' across the 'skyzone'.
Balfour Beatty are now to embark on taking down the fabric of the roof and gradually lower the existing cable-net structure, which will mark the completion of the roof's dismantling.
Thereafter, construction of the new roof, twice the size of the original, can begin in earnest in spring of this year. Measuring 84 metres at its deepest point, the world's longest cantilevered roof will cover every single seat.
This will be the first of many time-lapse videos featured here on whufc.com over the coming months, enabling West Ham United supporters to keep right up to date with the Stadium's exciting transition.
*If you are viewing this on a mobile device, you can watch the video at the following link: https://www.youtube.com/watch?v=rh46yYqRRXw&feature=c4-overview&list=UUCNOsmurvpEit9paBOzWtUg


Blending New Technology with Traditional Techniques
The leading experts in the investigation of Post Tensioned Bridges and the only company in the UK to robotically test a major cable stay rail bridge.
Investigating, inspecting and testing has been the backbone of HTA as a company for over 30 years.
We carry out Bridge Investigations on the following
- Network Rail
- London Underground
- Transport for London 'TFL'
- Environment Agency
- Privately Owned
- English Heritage
Maximise projects & minimise problems
with HTA as the Principal Contractor
alongside provisional reports within 24 hours
Our bridge projects include
This list is not exhaustive, however it gives a good idea of the range of bridge services undertaken.
- 'Investigations - accurately determine the health and or construction of the bridge
- Post Tensioned Special Inspections 'PTSI' Void Detection - using ultrasonic testing to determine the potential voidage within tendon ducts
- 'PTSI' - using innovative technology to determine the condition of the post tensioned elements to the bridge
- Testing - accurately determining the condition of various bridge construction types and materials including
- - Concrete (in-situ and pre-cast)
- - Steel
- - Cable Stay
- - Masonry
- - Wood
- - Composite
- HAC (beam) Bridge Investigations - determining the presence and condition of HAC elements
- Inspections - working to Highways England & Transport for London specifications
- - General
- - Principal
- - Special
- - Underwater
Questions still building up? Give us a call!
Take advantage of our Open Door Policy
Even if you do not end up using HTA we are happy to advise on the best course of action for the outcome you wish to achieve.
It is impossible for one company to carry out every project, however we can share our expertise far and wide.


July 23 -- Scituate is the first community in Massachusetts to generate 100% of its power
for public buildings from green energy sources.
The town installed the solar farm at the former landfill 2 years ago and the wind turbine
was erected 3 years ago on the Driftway.
Vice-chair of the Scituate Board of Selectmen John Danehey said each project has earned the
town over $250,000 annually. >>View Article


Digital Construction Week Exhibitions 2023
Digital Construction week UK is the largest digital construction trade fair in UK.
Digital Construction week excel London – Influential platform for digital construction
Digital Construction week excels in London; the UK’s largest digital construction exhibition is at the forefront of innovations. Over 5,800 forward-thinking built environment professionals attend Digital Construction week UK every year to learn about the latest products and solutions. At DCW London 2023, we showcase the latest products and trends through hands-on demonstrations, no-cost seminars, and workshops. Digital Construction week excel London is the most prominent trade fair for the digital construction sector in Europe. Digital Construction Week Exhibitions 2023 offers an extensive seminar program covering core areas such as Industry Transformation, BIM, Geospatial, Smart Buildings, Visualisation, and Industry 4.0 to educate and engage visitors.
Why DCW London 2023 is a must-visit show?
Digital Construction week excel London offers countless opportunities, making it a must-attend trade fair.
- Digital Construction week London 2023 is an influential stage to learn about the latest tools, technology, and ideas for the built environment.
- At Digital Construction week UK you can find innovative approaches that will assist you in being more efficient, collaborative, connected, sustainable, and profitable.
- Digital Construction week Exhibitions 2023 is a tremendous chance to meet over 150 cutting-edge start-ups and international brands.
- In the education program at DCW London 2023, you can learn new things and expand your knowledge.
- Visiting Digital Construction week excel London allows you to reach a global audience, generate leads, expand your network, and win business.
Know about the Digital Construction Awards at Digital Construction week London 2023
The Digital Construction Awards at Digital Construction week London 2023 honour the most innovative projects, teams, and individuals embracing innovation and technology in the built environment, whether at the forefront of technological advancement and digitization or for the first time. The Digital Construction Awards are open to the whole construction sector. There are 12 categories, and the entry deadline is 10 March 2023. At DCW London 2023, the Digital Construction Awards will honour best practices and recognize innovation in the use of BIM, information management, and digital technology in the built environment sector at The Brewery in London on 4 July 2023.
If you look forward to participating in Digital Construction week UK and hunting for an experienced and renowned exhibition stand contractor in London. Then contact Booth Constructor for smooth exhibiting assistance at Digital Construction week Exhibitions 2023.
Wednesday, May 17, 2023 - Thursday, May 18, 2023


THE SMART CHOICE IN STRUCTURAL DECKING
DECKFORM® zinc-coated high-tensile steel sets a new standard for structural steel decking in the building and construction industry. Developed by BlueScope Steel specifically for the steel decking market, DECKFORM® steel delivers excellent durability and is backed by a 10 or 15 year BlueScope Steel warranty* and nationwide technical support.
Read more on the features and benefits of structural decking made from DECKFORM® Steel.
*Warranty requests are evaluated on a case by case basis. BlueScope Steel reserves the right to determine the warranty period given. All BlueScope Steel warranties are subject to terms and conditions which are available from suppliers of these products or from BlueScope Steel.


Location is always important for doing business the smart way.
Paying for a low-cost place to do business is even smarter. When you find that desired location, a steel building will help save your company money with overall maintenance and low-cost construction. Pre-fabricated steel buildings are pre-drilled, pre-punched, and pre-welded at the warehouse before shipment to the work site. Once delivered, the only step left is the assembly of the building. Pre-engineered steel buildings are relatively easy to erect as they simply bolt together. The assembly of the building goes rather quickly and requires a minimum of professional construction experience. Some smaller structures could actually require no professional aid at all.
A steel building can be designed in such a manner so to more easily adapt to the floor-plan you require. Today’s state-of-the-art feature clear-span framing that need no load-bearing walls and interior support columns. This can make an interior environment that’s obstacle free, up to three hundred. While the breadth of the building cannot be changed, once established, the building’s length could be elongated when additional space to run your business is needed in the future.
A steel building will lower your maintenance costs over the life of your building. For example, steel is more resistant to the damage caused by termites, water, mildew, and mold. Also, they may be designed to endure the particular weather conditions of your area (such as high winds, flooding, heavy snow loads, and even seismic activity). A steel building is highly fire resistant,-thereby giving extra safety for your equipment, merchandise, and personnel and (likely a significant discount on your insurance premium costs).
Specific information about what your options are could be given to you by any professional steel building manufacturer before you purchase the building. Selecting steel to put together your business‘s new building (or using an existing one made with steel) is the wisest decision–no matter what type of business you’re in. Why take any chances with your money? Invest in the best! Thanks to all of these amazing features, a great number of businesses are choosing to work out of a steel building.


When you think about concrete, do you picture a rough, beige surface? Contrary to that image, concrete can look like other materials. The skilled team at A.G. Construction LLC specializes in creating gorgeous stamped concrete features for residents of the Taylorsville & West Jordan, UT area.
Go to the Gallery page now to see for yourself some examples of the eye-catching decorative concrete structures we've created.
If you want to improve the look of your yard, consider adding a decorative concrete element to the landscape. The reliable team at A.G. Construction can bring your vision to life.
By tinting and stamping the surface, we can make your driveway, patio or walkways look like:
Contact us today to arrange for stamped concrete services in Taylorsville & West Jordan, UT or surrounding areas.


Blumenthal observation tower is about 45 metres tall and therefore one of the highest wooden observation towers in Germany. The construction was initiated by local residents and completed in September 2004. The result was a destination for a day out and hike with a unique design idea. The platform is located at a height of 36.4 metres. The tower is easy to climb via the 187 steps. Parking close to nature and a hiking trail to the tower, with information panels providing details about the construction of the tower, make the visit an unforgettable experience.


The interdependence between water and energy has become a crucial issue for the future of our planet. In 2023, population growth, economic development, and increasingly frequent climate changes are putting a strain on global water and energy resources.
To address these challenges, coordinated global efforts are needed to promote sustainable use of water and energy resources.
This can be achieved through investments in sustainable technologies, such as renewable energy, and through policies that encourage energy efficiency and the rational and strategic use not only of water resources but also of hydroelectric facilities.
The O.W.C.M project is based on the development of a patent, conceived by engineer Enrico Domenico Bozano in collaboration with the company “R.A. Resources for the Environment,” specifically designed to sustainably and continuously produce electricity from wave motion in any condition of marine waters while fully respecting the environment. For example, the production of electricity from fossil sources requires large quantities of water for the cooling of thermoelectric power plants, while hydroelectric power production requires an adequate amount of water in dams.
ENERGY REQUIRES WATER AND WATER REQUIRES ENERGY
Similarly, the management of water resources requires energy for pumping, treatment, and distribution of drinking water and wastewater. Furthermore, agriculture, which accounts for a significant portion of water consumption, also requires energy for irrigation and processing of products.
The main problem is that the growing demand for water and energy is jeopardizing the sustainability of water and energy resources.
Thanks to the innovative “Oscillating Water Column Motor” wave power plant, we can ensure a sustainable future for our planet through an inexhaustible source of renewable energy derived from the motion of marine waves, characterized by being easy to implement, economically advantageous, efficient in operation, and with low maintenance costs.
I PRINCIPLES THE BASIS OF THE PROJECT
F = ρ V g
F is the buoyancy force (the upward thrust), ρ (rho) is the density of the fluid, V is the volume of the fluid displaced by the immersed body, g is the acceleration due to gravity.
The clapotis principle is a phenomenon that occurs in a mass of water, such as a lake or a sea, when the waves reflected from the walls or obstacles overlap with the waves accidents, creating interference. This leads to the formation of standing waves that appear to move smoothly across the surface of the water, causing a wave-like motion known as "clapotis".
In hydrostatics, Stevino's law is a linear equation, formulated by Simone Stevino, which allows the pressure existing at any depth within a column of fluid to be calculated
knowing the density of the liquid itself. The law is a simplification of the Euler equation for momentum in the case of a static fluid in at least one reference system with
constant and uniform density and subject to a uniform force in that reference system (therefore also to a uniform acceleration since the density is constant).
Watch the video.
Pressure is equal to Mass divided by surface, if S x Pigreco = -Pressure: to justify the strengthening of the dam in the presence of our module/system.


Truck, train, ship.
Intermodal – a successful trilogy
What means intermodal transportation?
Intermodal transportation refers to the movement of goods using multiple modes of transportation, such as truck, train, and ship. We chose intermodal transportation because we have a strong conviction that it will lead to a sustainable future in the long run. By combining multiple modes of transportation, we are making a conscious effort to reduce our impact on the environment and ensure a brighter future for generations to come.
The benefits of intermodal transportation:
- reduced carbon and greenhouse gas emissions
- improved air quality
- lower noise pollution
- reduced risk of accident
- avoiding traffic jams


NASA 3d-Printed Habitat Challenge
Type: International Competition, NASA 3d-Printed Habitat Challenge
Collaboration: Space is More, Wrocław University of Science and Technology, 3dlTech, Zieta Prozessdesign
Team: Leszek Orzechowski, Agata Mintus, Konrad Gruber, Piotr Gruber, Maciej Dziewiecki, Aleksander Tuzik, Aleksander Gorgolewski, Szymon Gryś, Michał Olejarczyk, Dorota Budzyń
Topics: Martian habitat, 3d printing, in-situ resources utilization (ISRU)
The objective of the project was to propose a 3d printing technology for constructing on Mars from in-situ resources using CNC cladding. The essential factor was to incorporate feasibility and utilitarity of the solution both, in terms of 3d printing technology and habitat design. To support the energy and resources supplies, Gale Crater was chosen as the location of the design. It is close to the Martian equator, which benefits the mission in several ways, including amount of solar energy, low elevation (thicker atmosphere) and relatively robust data from Curiosity rover for precise site selection and resources evaluation.
We believe that the proposed 3d-printing technology can help construct habitat that is not only safe, but also comfortable and easy to build. Rover based printer is a feasible solution and a great opportunity for human/agent cooperation. Our 3D printer is using selected mars regolith fractions as building material, so a key task will be to collect and sieve regolith. A special rover, equipped in a shovel, properly shaped effector and a layered sieving system could be able to collect and sieve the material on the way to the construction site.
The structure carrying the printer and nozzle uses the inflatable steel pipes technology of Zieta Prozessdesign. It allows for both vertical and tilted layering of the material. Those elements are also used as the roof reinforcement to increase the mechanical strength of the habitat’s structure.


The majority of people that decide to put new asphalt on their driveway, usually never think about the long term protection of it. That can and will be a big issue later on if you ignore the protection steps that are required for new asphalt. The main reason why people don’t know about the protection steps is that nobody really tells you about them. Luckily for you, we are here to educate you about the importance of the protection of a fresh asphalt surface. Of course, even if your asphalt is not completely new, there is still some chance to protect it. The best type of protection is the seal coating process.
Your asphalted driveway or parking lot needs to be taken care of, if not, after few years it will start to crack up and it will create a lot of new issues for you. Usually, when cracks start to appear, it is too late to save it. In that situation, we recommend that you cover it with a completely new layer of asphalt and protect it properly. If you do it that way, then you can relax because the protected asphalt will stay as new for a very long time. If you are still not sure if protection for asphalt surfaces is a must, then continue reading and you will find some very good benefits that you can have from sealcoating asphalt surfaces.
Some people are familiar with sealcoating protection and they still decide not to use it because they think it is not necessary or they don’t want to invest more money into it. However, one thing that they don’t realize until later is that repairing damaged asphalt surfaces is extremely expensive and in some situations, it is even not possible because the damage is too big. Therefore if you are looking to save money, then you have to invest immediately after putting the asphalt down. Seal coat driveway will last you much longer than a driveway that is not protected. Furthermore, it will save you a lot of money because you will not have to invest into the expensive repairs.
If you are looking for a solution that will protect your asphalt surface from various things that it can be exposed to, then sealcoating is the best solution for you. That is because sealcoating will protect your asphalt surface from things such as the sun or harmful chemicals. Both of these things are constantly affecting the asphalt surface and if your asphalt is not properly protected, these things can deteriorate it in no time. Sun is probably the main issue that asphalt is exposed to, especially when you are living in a location where there are high temperatures.
The sealcoating protection will reduce significantly the depth to which these harmful chemicals will penetrate the actual asphalt. These chemicals can be anything from car oil or gasoline. If these chemicals get deep inside the asphalt, they can make some serious permanent damage that cannot be repaired.


International Database of Structures: Anzac Bridge
|ANZAC Bridge (Pyrmont/Rozelle, 1995) | StructuraeANZAC Bridge is a motorway bridge / freeway bridge, cable-stayed bridge with semi-fan system and prestressed concrete bridge that was built from 1992 until 1995. The project is located in Pyrmont and Rozelle, Municipality of Leichhardt, Sydney, New South Wales, Australia.structurae.net|
SIX SENSE MONITORING
|ANZAC Bridge | Australia | Sixense Context. The ANZAC Bridge is an eight-lane cable-stayed bridge in the west of Sydney. The bridge is 32.2m wide and the main span is 345m long. The reinforced concrete pylons are 69m high and support the deck by two planes of stay cables.The bridge can carry a maximum of 180,000 cars per day and is a critical infrastructure of the global Sydney road network.www.sixense-group.com|
Service provided: ANZAC bridge monitoring
Location: Sydney, Australia
Client: Transport for NSW, Freyssinet Australia Period of the service: 2011Sixense solutions used:
RION-ANTIRION BRIDGE, GREECE
Period of the service: 2004 – 2020
Duration of service: 16 years
The Rion-Antirion bridge (Harilaos Trikoupis Bridge) links mainland Greece to Peloponnese at the west side of the Corinthe Gulf near Partas. It is 2.2 km long, supported by 4 diamond shaped pylons.
The environment in which the bridge was constructed combines a number of physical challenges and thus makes this project particularly complex: a strait of about 2,500m width, deep water (up to 65m) combined with deep soil strata of weak alluviums, possibility of strong seismic activity, tectonic movements and adverse high wind actions.
A Structural Health Monitoing (SHM) system was specially designed to survey the behaviour of the bridge subjected to this difficult environment.
Real-time and history
Installed in 2004, the monitoring sytem provides highly reliable and useful information about events occurring on the bridge and the response of the structure.
Real time alerts as well as a database of historical information allows the concessionnaire, Gefyra, to secure the daily service, optimise the periodic maintenance and ultimately asess and extend the design life of the structure.
In particular the SHM system provided:
- alerts concerning exesssive stay cable vibration in 2006, resulting in an upgrade of the structure with cable dampers which reduced the amplitude of vibration by four
- verification of the remaining fatigue design life of cable gussets using the historical database of cable loading
- optimisation of data by using a smart algorithm which record high sampling data file during specific seismic events.
Structural Health Monitoring (or SHM) uses permanently installed sensors to generate continuous data. A specific software enables to display the data in smart graphics and generates alerts. It is used in conjunction with spot check inspections to enable relevant structural data analysis.
Its aim is to maintain infrastructures, extend their working lives, and detect and forecast their faults.
We monitor the structure and its environment (usage, weather, etc.) simultaneously by integrating a varied range of measurements, with the majority of data being gathered automatically, including satellite measurements.
The data is processed to provide relevant indicators that operators can reliably use to optimise the operation and maintenance of their structures.
Our experience allows us to conduct SHM under challenging conditions (in confined spaces, working at height, etc.) by offering durable instrumentation for a broad range of applications, including extreme environments, offshore structures and potentially explosive ATEX zones.
|Structural Health Monitoring (SHM) | Sixense Structural Health Monitoring (or SHM) uses permanently installed sensors to generate continuous data. A specific software enables to display the data in smart graphics and generates alerts.www.sixense-group.com|
Parc de l’Ile – 21 rue du Port
92022 Nanterre CEDEX
Tel: +33 (0)1 41 44 85 00
280 av. Napoléon Bonaparte
92500 Rueil Malmaison
Tel: +33 (0)1 47 76 42 62
|Millennium Bridge | United Kingdom | Sixense 330m above the Thames. The London Millennium Bridge is a 330 m pedestrian bridge, spanning the River Thames between St. Paul’s Cathedral and the new Tate Gallery.www.sixense-group.com|
Monitoring of cable-stayed and prestressed structures
Sixense has specialist expertise, tools and methods that have been specifically developed for cable-stayed and prestressed concrete structures:
- Substantial knowledge of the issues around structural ageing
- Robust and proven measurement solutions
- Acquisition and visualisation software incorporating alerts, indicators and analyses
- Acoustic monitoring for real-time detection of cable strand failures as a result of corrosion or fatigue
These solutions provide key management information for operators of simple or complex structures.
Why you should use our services:
- A team of civil engineering and monitoring experts available throughout the full project life cycle
The members of our team are specialists in Civil Engineering, Metrology, Electronics and Computer Science.
This broad skill set gives us a clear understanding of client needs on which to develop and recommend appropriate solutions
- 25 years of experienceWe have a 25-year track record of assisting and supporting public- and private-sector contracting authorities from national governments and local authorities to industrial companies and concession holders in the management of their built heritage.
We have more than 20,000 connected sensors worldwide installed on modest and major structures, including the Ile de Ré bridge in France, the Rion-Antirion bridge in Greece, the Russki bridge in Russia and the Bosphorus bridges in Turkey.
- Our resources
We can provide a complete turnkey project, from design right through to operation, including manufacturing, installation, software configuration and commissioning.
EverSense®: monitoring and analysis
A unique expertise in the instrumentation of stay-cabled and prestressed concrete structures
We offer turnkey systems worldwide, backed up by multi-year maintenance contracts. Installation durability has always been a core commitment at Sixense.
Systems that have been installed for more than 10 years show an operating rate in excess of 99 %.
The power of the EverSense® solution lies in its ability to integrate and process any type of automated measurement to provide relevant indicators and dashboards to a range of different stakeholders.
Our systems are deployed worldwide to inspect and monitor structures such as bridges, offshore platforms, wind turbines and nuclear facilities.
|EverSense® | SixenseThe power of the EverSense® solution lies in its ability to integrate and process any type of automated measurement to provide relevant indicators and dashboards to a range of different stakeholders. Our systems are deployed worldwide to inspect and monitor structures such as bridges, offshore platforms, wind turbines and nuclear facilities.www.sixense-group.com|
Une expertise unique sur l’instrumentation des structures câblées et en béton précontraint
The competence of our teams gives us the ability to recommend solutions tailored to solving specific problems:
- Corrosion and detection monitoring of reinforced and prestressed concrete structures
- Crack monitoring
- Fatigue risk monitoring
- Early-stage detection of scouring
- Risk of gantry structure collapse
The members of our team are specialists in Civil Engineering, Metrology, Electronics and Computer Science.
This broad skill set gives us a clear understanding of client needs on which to develop and recommend appropriate software solutions.
EverSense® comprises a series of modules, ranging from real-time data acquisition and alert management to data exploitation via a web server.
Sensors designed to meet your needs
Sixense offers a comprehensive range of structural, hydraulic, environmental and other measurement sensors to monitor:
- cable-stayed and prestressed structures
- structures at risk of corrosion
- structures at risk of scouring
- structures at risk of ageing by fatigue
As part of providing a comprehensive, efficient and effective monitoring service, we combine many different technologies, including: electrical, electromagnetic, fibre optic, vibrating string strain gauge, acoustic and ultrasonic sensors, radar and laser measurement solutions, fully equipped surveying solutions and InSAR satellite measurement.
- Deployment: hardware and software supply and installation, with skills transfer-based technical support
- Support: multi-year maintenance and measurement interpretation
- Training provided in the use, maintenance and processing of data, as well as ongoing structure management
Acoustic monitoring is the only technology available with the ability to detect cable strand failures as a result of corrosion or fatigue.
Any loss of section as a result of a failed strand can be detected and located.
Why choose our SHM solutions?
Our solutions facilitate proactive decision-making so that you can:
- View the status of your structures in real time
- Predict and optimise maintenance needs
- Ensure user safety
- Extend the operating service life of your structures
You want to know more about our expertise? We provide you customized solutions.
Our experts in Engineering, Monitoring, Mapping and Platform solutions help you manage your infrastructures throughout their entire life cycle.Conformément au règlement nᵒ 2016/679, dit règlement général sur la protection des données personnelles, le candidat dispose d’un droit d’interrogation et d’accès aux données à caractère personnel le concernant, ainsi que d’un droit de rectification de ces données. Le candidat dispose également d’un droit d’opposition. Ces droits peuvent être exercés par courrier électronique ou postal, accompagné de la copie d’un titre d’identité signé, adressé à DPO Soletanche Freyssinet – 280 avenue Napoléon Bonaparte – 92500 Rueil Malmaison.
|Anzac Bridge | NSW Environment, Energy and Science SHR Criteria a) [Historical significance] Anzac Bridge has historical significance as it is a contemporary solution to the problem of conveying road traffic over Johnstons Bay, which was part of an important transport route from Sydney to the north shore and Parramatta since the mid nineteenth century, known as the five bridges route.www.environment.nsw.gov.au|
Lat: -33.86888888888889 Long: 151.18555555555557
|The Anzac Bridge is a world standard bridge in scale, aesthetics and design features. The experience of crossing the bridge is cathedral-like, with its vaulted canopy of stay cables. The subtle sweep of the bridge’s cantilevered deck, which links into the arterial road network and is supported at either end by monumental reinforced concrete towers, forms a striking and integral part of the Sydney skyline. It has quickly become one of the iconic images of Sydney, particularly for those who have views of it, cross it to work by road or bike, or use its highly visible towers as an aid to urban navigation.|
|SHR Criteria f)|
|The Anzac Bridge is the largest cable stayed bridge in NSW, and indeed Australia (other examples of cable stayed bridges in NSW are mainly footbridges).|
|SHR Criteria g)|
|The Anzac Bridge is a representative example of a reinforced concrete cable stayed bridge in the state. It is currently the longest such bridge in Australia. Other, earlier examples of cable-stayed bridges are the Westgate Bridge in Victoria, and the Batman Bridge in Tasmania.|
|Assessment criteria:||Items are assessed against the State Heritage Register (SHR) Criteria to determine the level of significance. Refer to the Listings below for the level of statutory protection.|


Concept & Basis of Design
A successful facility is always the result of early coordination and communication between all essential actors from concept, layout, pre-construction design review, commissioning, validation, and onsite inspection by regulatory authorities. Taking the time to build a ‘basis of design’ document at the outset of the project optimises resource utilisation both during the concept stage and during the commissioning stage protecting your investment many times over.
Our concept and basis of design offering adheres to stringent global standards and guidelines and ensures that our facilities are functional and expand as needed to keep up with growth imperatives.
Our clients include pharma and biotech companies and investors.


Entero 2.0 solid terrace profile
The profile with substantial advantages
WERZALIT has expanded its already extensive range of terrace flooring with the new, entero 2.0 solid terrace profile. entero 2.0 is a long-lasting and low-maintenance alternative to a wood terrace.
The joint that is closed yet open
entero 2.0 offers a unique feature among all solid terrace profiles. The tongue and groove system allows a visually closed terrace surface that still doesn't allow weeds to grow up or dirt to fall down through the floor. At the same time, the longitudinal joint also serves as a covered drainage joint.
Drainage and load capacity
A special fastening technique was developed that also guarantees a high load capacity: an invisible installation clip with flexible spacing tabs. In the area of the tongue and groove connection, this clip ensures sufficient joint spacing even at maximum expansion to maintain unhindered drainage of surface water. Even when installed without an incline, water can flow off easily - perfect for spaces around swimming pools (only with the smooth surface). When laying with the grooved surface, a sufficient incline is always required to ensure proper surface water drainage.
entero 2.0 solid terrace profiles can be worked as easily as wood. Closed edges always result from sawing, meaning that curves of all kinds can be realised in terrace surfaces without any additional cover profiles. The solid design and special shape permit a low installation height combined with a wide span width. entero is also very well suited for short installation lengths, such as narrow garden paths.
Key benefits at a glance:
- Visually closed longitudinal joints
- Can be installed without an incline
- Splinter-free, high-quality surface
- No tropical wood used
- Low-maintenance and easy to care for
- 5 year warranty