SS304 316 Cable Mesh Net/Wire Rope Fence for Tensile Project, which is woven from high quality 304,316 and 316L stainless steel wire rope, and all the raw material for producing stainless steel wire cable mesh is imported from South Korea and Japan.Our Stainless Steel Wire Mesh & Wire Cloths with the high tech machines using high grade stainless steel wire. Our Stainless Steel Wire Rope Mesh for Skywalk in Zoo or Gardens are also not affected by acids and excessive heat. It has great advantage over ordinary wire cable mesh.
Flexible Stainless Steel Architecture Cable Mesh for Balustrade Infill:
1. Material : Stainless steel 304,304L,316,306L etc.
2. Ferrules Material: Tinned-copper, Nickel-plated copper, Stainless steel, etc.
3. Cable construction and Diameter : 7x7 (Dia.: 1.2 - 2.5mm), 7x19 (Dia.: 3.0 - 4.0mm)
Feature of Flexible Stainless Steel Architecture Cable Mesh for Balustrade Infill:
The flexible stainless steel architecture cable mesh ferrule type is rhombus mesh, has excellent flexible performance, virtually indestructible, most impacting-resistant and breaking resistant force, most resisting rain, snow, hurricane. As the material is virtually indestructible stainless steel, then it can safely contain any species on land, in the air indoors or out. And the weave opening, we can infinitely customizable to meet your exhibits exact specifications. No matter how large, how small, or how cunning you specimens are, we assure their complete security
Specification of Flexible Stainless Steel Architecture Cable Mesh for Balustrade Infill:
| Stainless Steel Rope Mesh for Balustrade Infill |
| Model | Wire Diameter | Mesh Opening | Normal Break |
| | inch | mm | inch | mm | 1bs |
| YT-2060 | 5/64” | 2.0mm | 2.3”X2.3” | 60x60mm | 676 |
| YT-2051 | 5/64" | 2.0mm | 2" X 2 " | 51x51mm | 676 |
| YT-1660 | 1/16” | 1.6mm | 2.3”X2.3” | 60X60mm | 480 |
| YT-1651 | 1/16" | 1.6mm | 2" X 2 " | 51x51mm | 480 |
| YT-1560 | 0.9/16” | 1.5mm | 2.3”X2.3” | 60x60mm | 470 |
| YT-1551 | 0.9/16” | 1.5mm | 2”x2” | 51x51mm | 470 |
Accessories of Flexible Stainless Steel Architecture Cable Mesh:
Other application of Flexible Stainless Steel Architecture Cable Mesh:
1. Green Facade - Cable System for Most Climbing Plants
2. Aviary Netting - Lightweight, Durable and Long Lasting
3. Cable Zoo Mesh - Solution to Enclosing Most Animals
4. Helipad Safety Net - Modular Heliport Webbing
5. Safety Net - Structural Measure to Prevent Suicide
6. Cable Mesh - Excellent Solution to Safety
7. Steel Mesh Balustrade - bridge, stair, balcony, path
Brief Introduction of SS304 316 Cable Mesh Net/Wire Rope Fence for Tensile Project:
1. Material : Stainless steel 304,304L,316,306L etc.
2. Ferrules Material : Tinned-copper,Nickel-plated copper, Stainless steel etc.
3. Cable construction and Diameter : 7x7 (Dia.: 1.2 - 2.5mm), 7x19 (Dia.: 3.0 - 4.0mm)
Structure of SS304 316 Cable Mesh Net/Wire Rope Fence for Tensile Project:
The stainless steel rope mesh is manufactured using a unique hand-woven interlocking technique from standard 7” x 7” and 7" x 19" ,stainless steel cable to create diamond openings from 1” through 4”.
Specification of SS304 316 Cable Mesh Net/Wire Rope Fence for Tensile Project:
| Stainless Steel Wire Rope Mesh for Big Cat Crossing in Zoo | | Model | Wire Diameter | Mesh Opening | Normal Break | | | inch | mm | inch | mm | 1bs | | BMP-2060 | 5/64” | 2.0mm | 2.3”X2.3” | 60x60mm | 676 | | BMP-2051 | 5/64" | 2.0mm | 2" X 2 " | 51x51mm | 676 | | BMP-1660 | 1/16” | 1.6mm | 2.3”X2.3” | 60X60mm | 480 | | BMP-1651 | 1/16" | 1.6mm | 2" X 2 " | 51x51mm | 480 | | BMP-1560 | 0.9/16” | 1.5mm | 2.3”X2.3” | 60x60mm | 470 | | BMP-1551 | 0.9/16” | 1.5mm | 2”x2” | 51x51mm | 470 | |
Usage of SS304 316 Cable Mesh Net/Wire Rope Fence for Tensile Project:
With an increased road clearance, it was considered critical to the design for the new bridge to incorporate an anti-throw and fall protection barrier to better protect the undercarriage traffic from potential projectiles or fallen objects from the new bridge. This presented the perfect opportunity for us to install anti-fall mesh, presenting a transparent and non-invasive wire mesh solution that would provide the adequate protection without disrupting the design intent.
