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When it comes to security fencing, one of the best options is welded wire mesh fencing. Its durable and secure design provides you with everything you need for every situation. Here, Weld mesh Fencing Exporter details 5 advantages of choosing welded wire mesh fence.
Welded Wire Mesh Fencing is made of steel for durability and immovable stability. The welded wire mesh is designed to ensure maximum resilience to climbing or damage by potential intruders. It is also tough enough to withstand the impact of large animals and vehicles without the usual damage that other fence types suffer.
Its lightweight design allows wind to pass through the panels, reducing the chance of any damage caused by strong winds or stormy weather conditions. This results in very little maintenance after installation.
This type of fence can be used in conjunction with other security measures such as closed circuit television. Ideal for schools, businesses and many environments where maximum security is required and the perimeter can be surveyed.
Easy for viewers to see
The gaps created through safety net fencing provide spectators of sporting events the opportunity to watch and support from behind the fence without disturbing the game or players.
Welded wire mesh fencing is manufactured to withstand regular use, be easy to maintain, and last with minimal maintenance and repairs.
If you are considering the option of welded wire mesh fencing then please contact us and we will be happy to give you a quote and help you further. In addition, the company also offers Anti-Climb Fence, so please feel free to contact us if you need any.
What Is Welded Wire Mesh Used For?
Weld mesh is constructed from durable steel wire which is electronically welded at each contact point resulting in a terrifically strong and versatile material. Our steel weld mesh is electronically welded at each intersection making it suitable for a huge range of demanding applications. It is virtually unbreakable and very easy to fabricate, and as a result, it is used to create a variety of safety guards and screens.
It has many uses in both indoor and outdoor applications and is regularly used in industries ranging from agriculture, transport and construction to retail and horticulture.
On a domestic level welded mesh can be used as a cost-effective fencing material, impact screen for windows or as safety covers for drains and open water.
Welded mesh offers a flat surface which maintains a firm structure and can provide support or protection to other goods. Common uses for welded wire mesh, or steel mesh include:
Fencing and cages
Stairways and balustrading
Large scale construction projects
Our weld mesh panels are available in a lightly copper coated self-colour which protects against rust or a galvanised finish which has a greater degree of protection although it cannot be fabricated.
Welded wire mesh – advantages and applications
The application of factory cut & bend reinforcement has foreseen adaptability owing to the increased need for speed and better quality. Welded wire mesh has been quite useful in addressing this issue. Welded wire mesh is a great reinforcement component for concrete structures. It is an electric fusion welded prefabricated joined grid consisting of a series of parallel longitudinal wires with accurate spacing welded to cross wires at the required spacing. Welded wire mesh is a steel reinforcement material in concrete. The mesh is used for replacing the traditional “cut & bend” and placing of steel thermo-mechanically treated bars. These are made from reinforcing wire, located in two mutually perpendicular directions and connected at the intersection of resistance spot welding. Welded Wire Mesh is a need of the hour in developing countries like India.
Projects must adopt this technique owing to space constraints in setting up cutting, bending and storage yards at the site and speed up the installation process. Provisions exist in the Indian Standards that support the use of Welded Wire Mesh through advice regarding their design and detailing. The welded wire mesh is a metal screen that is made up of low carbon steel wire or stainless steel wire. It is available in various sizes and shapes. The welded wire mesh can be customized for various shapes. Metal can be equipped with special coatings that improve the surfaces to be resistant to chemicals and other corrosive substances.
WHAT IS WIRE MESH?
Wire mesh, which is also referred to as wire cloth or wire fabric, is an extremely versatile product that has thousands of different applications throughout the world. What makes wire mesh such an adaptable product is that is can be produced in a countless number of specifications. Depending upon manufacturing capabilities, there are almost endless combinations of opening sizes and diameter wires that can be produced, either in a woven or welded construction.
Wire mesh is commonly used in industrial applications when separation or filtration is needed; it is also popular for use in commercial applications, like insect screening or animal fencing. More widespread applications for wire mesh include: various types of security mesh, like window, machine and stairwell panel guards, fireplace screen, bird screen, gutter guards, ventilation and RFI shielding. More recently, wire mesh has emerged into the architectural field and the art scene.
Edward J. Darby & Son, Inc. prides itself on maintaining one of the most complete and extensive wire mesh inventories in the United States. Darby weaves, welds and stocks thousands of different wire mesh specifications including: woven and welded wire mesh, space (clear opening) wire cloth, standard or market grade, milling grade, and bolting grade.
In our 160 plus years of an industry leader, Edward J. Darby & Son, Inc. has supplied wire mesh to a broad range of industries and fields including: agricultural, automotive, biometrics, building & construction products, chemical, coal, electronic, food, glass, heat treating, insulation, machining, mining, oil and oil refining, plastics, pharmaceuticals, rubber, textile and tobacco.
This website includes two very important sections to better familiarize the visitor to the nuts and bolts of the wire mesh industry. Our Wire Mesh Glossary contains definitions and explanations of key terms and concepts; important information related to common Metals & Alloys is also worth exploring.
Types of Welding Techniques Used on Woven Wire Mesh (Spot, TIG, Plasma, and Solder)
When it comes to filtration, there is virtually nothing woven wire mesh can’t handle. Whether you’re filtering out impurities when recycling plastic or using it as a sand control medium in a wellbore, woven wire mesh is one of the most efficient filtration solutions out there.
That being said, the effectiveness of your filtration mesh is often dependent on the type of welding technique used during its construction.
So, what welding technique suits your particular needs most?
With over 100 years of woven wire mesh experience, W.S. Tyler will ensure you use a weld that has the quality needed to get the job done efficiently.
This article will provide insight on some of the most commonly used welding types, the advantages and disadvantages of each one, as well as the factors that determine pricing.
Most of the time, spot welding is used when a single layer of wire mesh needs to be joined to itself. This type of welding can be seen in our sock screen gaskets, which are spot welded at the overlapping seam in order to retain its cylinder-like seam.
Spot welding is also used to loosely bond multiple layers of mesh. In other words, the mesh layers are stuck together without having the complete bond that other welding techniques would create.
A good example of multiple mesh layers being spot welded together can be seen in our extruder screens.
Spot welding is possibly the quickest of all the welding techniques. This can be crucial whenever there is a spike in demand for a specific product or your process relies on a quick turnaround.
As it also stands as the least harsh technique, spot welding is an ideal solution if you are working with material with delicate specifications.
That being said, there is still some risk of damage associated with spot welding.
As stated above, this method employs an electrical current to heat the material and create the bond. If the voltage is too high for the material being bonded, you may burn through the material rather than bond it together.
If you’re going to use this method, it is vital that your staff is well-trained on what voltage to use for the material being worked with. Failure to properly train your staff may result in wasted material and time.
In addition, the bond that spot welding creates does not look the best. If aesthetics are a concern, you may want to look into how you can apply one of the other welding options to the material you are working with.
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