Hebei Yingkang Wire Mesh Product Co., Ltd.

Manufacturer from China
Verified Supplier
1 Years
Home / Products / Expanded Metal Mesh /

Heavy Duty Low Carbon Steel Metal Walkway Mesh 2-8mm Expanded Galvanized Steel Mesh

Contact Now
Hebei Yingkang Wire Mesh Product Co., Ltd.
Visit Website
Province/State:hebei
Country/Region:china
Contact Person:MrCabby
Contact Now

Heavy Duty Low Carbon Steel Metal Walkway Mesh 2-8mm Expanded Galvanized Steel Mesh

Ask Latest Price
Video Channel
Brand Name :Flying Tiger
Model Number :SE-01
Certification :CE, ISO, FAD
Place of Origin :Hengshui,China
Payment Terms :L/C,T/T,Western Union
Product Name :Heavy Duty Expanded Metal Mesh
Material :Low Carbon Steel Sheet/Galvanized Sheet
Shape Of Hole :Diamond or Hexagonal
Plate Thickness :2-8mm
LWD :25-200mm
Packing :Wooden or Steel Pallet
SWD :10-100mm
Sheet Width :Less Than 3000mm
Application :Fencing, Grating, Walkways, Security Screens, etc.
Key Words :Expanded Metal Mesh Sheet
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

Heavy Duty Expanded Metal Mesh

It is known as Stretched Mesh,Diamond Plate Mesh,Pedal Plate Mesh. And it is also a series of Expanded Metal Mesh products that can bear a large weight.

   

Material of Heavy Duty Expanded Metal Mesh

 1.Stainless steel Sheet  
 2.Low Carbon Steel Sheet  
 3.Nickel  

4.Alu-Mg Alloy

Surface of Heavy Duty Expanded Metal Mesh

 1.Coated Epoxy Anti-Rust Primer  
 2.Electro Galvanized   
 3.Hot-Dipped Galvanized  
 Heavy Duty Low Carbon Steel Metal Walkway Mesh 2-8mm Expanded Galvanized Steel Mesh

Specification of Heavy Duty Expanded Metal Mesh

TYPE LWD(MM) SWD(MM) STEM WIDTH(MM) STEM THICKNESS(MM)
T-2510 25 10 2.0 2.0
T-3015 30 15 2.5 2.5
T-4020 40 20 3 3
T-5025 50 25 3 3
T-6024 60 24 3,4,5 3,4,5
T-6030 60 30 3,4,5 3,4,5
T-8032 80 32 4,5 4,5
T-8040 80 40 4,5 4,5
T-10038 100 38 4,5,6 4,5,6
T-10050 100 50 4,5,6 4,5,6

Packing of Heavy Duty Expanded Metal Mesh

Heavy Duty Low Carbon Steel Metal Walkway Mesh 2-8mm Expanded Galvanized Steel Mesh

Inquiry Cart 0