SS304 Knotted Wire Rope Mesh 2.0mm Steel Rope Net For Zoo Mesh

Brand Name:Yunhan Wiremesh
Certification:SGS
Model Number:YH-Z-009
Minimum Order Quantity:50 square meter
Delivery Time:within 15 days
Payment Terms:T/T, Western Union, MoneyGram, L/C
Contact Now

Add to Cart

Verified Supplier
Address: Anping County South Industrial Area
Supplier`s last login times: within 45 hours
Product Details Company Profile
Product Details

SS304 Knotted Wire Rope Mesh 2.0mm Steel Rope Net For Zoo Mesh


Wire Rope Mesh instruction:


Stainless steel wire rope mesh is composed of 304, 304L, 316, 316L process is divided into hand-woven, closed mouth, open buckle.Assembled by stainless steel wire rope with 100% seamless rope ferrule. Optimal stretch at 60°angle.easily install by special border design.


Wire diameter:1.0-4.0mm(Customized)1.2mm,1.5mm,2.0mm,2.5mm,3.2mm,4mm

Opening :20-300mm(Centre distance)


Cable Wire Mesh Details:


Wire Rope DiameterMesh sizeBreaking LoadConnection Type
1.6mm30*301.5Ferruled
2.0mm40*401.5Ferruled
2.5mm45*451.5Ferruled
3.0mm50*502.0Knotted
3.0mm65*651.5Knotted

Stainless Steel Cable Wire Mesh Advantage:


High strength: The wire mesh is made of stainless steel 304 steel wire rope. It is strong and durable to prevent rusting, can withstand harsh use environment, can be bent and folded, easy to carry! It is made of stainless steel rope woven and fixed, very sturdy!

Aesthetic: neat and beautiful after installation, and the view through the woven mesh is very open.

Easy to install: you can fasten the edge of stainless steel rope netting with a tie, or you can fix it with a screw hook.

Widely used: It can be used in most occasions, balcony edge, road sides, building protection, zoo isolation, plant climbing, etc.

Size: You can choose the right size according to your needs! When you have questions, you can contact us for custom sizes as well.


China SS304 Knotted Wire Rope Mesh 2.0mm Steel Rope Net For Zoo Mesh supplier

SS304 Knotted Wire Rope Mesh 2.0mm Steel Rope Net For Zoo Mesh

Inquiry Cart 0