Concertina Wire Manufacturers, Suppliers in Vijayawada, Concertina Wire in Vijayawada, Concertina Wire at Best Price in Vijayawada. Concertina wires in Vijayawada, as the name specifies are able to expand just like Concertina Coils in Vijayawada. Concertina wires in Vijayawada are also known as Dannert wire and are the type of razor wire in Vijayawada that are manufactured as large coils that could be expanded in future.
These kinds of Concertina Wire are basically used where there is need of higher strength rather than other things. These concertina wires are much more effective than others where comes to the strength. These wires got their existence during World War 1 and were made by stretching the barbed wires only. Few layers of Concertina wire can give great strength in compared to other fences having the same quantity of material.
One quality about these wires is that these can be compacted to higher degree and can be easily ported to some remote area and when installed, can be stretched as required. These kinds of wires are relatively loose when compared to barbed wires which add on to its effectiveness to serve its purpose.
Concertina wires are generally used in military areas or some other specific areas where the purpose of using fences are to provide the strength. High quality steel is used to manufacture these wires to add us the strength to the wires.
We have gained huge success in developing high in demand Concertina Wire. The offered wire is specially engineered to fulfill the pledge of higher durability. Developed using premium grade GI iron and steel alloys the offered wire is best suited for fencing at gardens and residential complexes. The offered wire is developed precisely using the most advanced fabrication techniques and gaining huge acclamation for its ease of handling and optimum workability. Further, we are providing the highly effective protecting wire with galvanized finish at a market leading price.
Features:
• Superior resistance to corrosion
• Light in weight
• High tensile strength
