Fence Dealers in Pitampura, Delhi

This is made in two shapes square and diamond. The hollow sizes available from 12'' to 6'' in wire thickness from 8 Swg to 16 Swg in Hot Dip Galvanised Iron Wire. As the name suggests its most common application is to provide fencing across boundaries for security. It is also known as Garden fencing. It is mostly manufactured in hot dip Galvanized wire(G..I). For decorative purposes it is also manufactured in PVC coating in different colors. Manufactures in G.I., PVC coated ( Green, Blue Colour) & stainless Steel from 6 swg to 18 swg in any height length width sizes etc.

• Min. Order Quantity: 100 Kilogram,
• Packaging Details: Available in single roll packing

We are a well-established Manufacturer and Wholesale Supplier of Chain Link Fence in India. We provide an exclusive range of Chain Link Fence used for various applications such as fencing of factories, farms, houses and animals enclosures, roof support in long wall mining, to provide fencing across boundaries for security and effective indoor and outdoor protection around machinery. It can also be used in test areas to provide protection against flying objects yet permitting visibility of operations behind screens. We use high quality GI wire to manufacture our Chain Link Fence.  Used at Factories Mines Farms Houses Types Knuckled at one end and barbed at the other end Knuckled on both ends Barbed at both ends

Available in various shapes, sizes and dimensions our Chain Link Fence is widely appreciated by our clients across the globe.It is acknowledged for its high security fencing around boundaries. Our Chain Link Fence is manufactured using hot dip galvanized wire.It can be customized according to customer̢۪s specifications. Applications : Fencing of FactoriesFarmsHousesAnimal enclosuresRoof support in Long wall mining Features : StrongDurableHigh strengthEasy installationLow cost

iron fencing, Stainless Steel Grills, Stainless Steel Gate

steel fencing, perforated metals, nickel screens

steel fencing, Steel Spaceframe Structure