In Stock

Hot Rolled Expanded Mesh Memari Shape Wire Diameter 4.8 mm Width 1.22 M Length 3 M

Description

Hot rolled expanded mesh by features a memari shape with a 4.8 mm wire diameter, 1.22 meters width, and 3 meters length. Ideal for reinforcing buildings and plaster with concrete, ensuring durability and crack prevention.

This item cannot be exchanged
Get 10% Off If quantity exceeds 10 Items.
Delivered to building doors
Sold by
Matkel
Get better prices if quantity exceeds 100 Items.
Request a Quote

Product Description

Hot rolled expanded mesh with a memari design, manufactured by , is a versatile construction material made from high-quality hot rolled steel. This expanded mesh is primarily used for binding and reinforcing buildings and plaster with reinforced concrete, effectively preventing cracks in walls after plastering. It also serves to protect doors, windows, and garden furniture. Installation methods include welding or bolting with screws, offering flexibility for various construction needs.

  • Wire Diameter: 4.8 mm (customizable from 1 to 6 mm)
  • Length: 3 meters (available from 1 to 7 meters)
  • Width: 1.22 meters (available from 0.5 to 2.5 meters)
  • Opening Range (SWD x LWD): Customizable from 15 to 150 mm
  • Material: Hot rolled steel
  • Shape: Memari design
  • Color: Black (hot rolled steel finish)

Overview

Category Steel Expanded Metal

Frequently Bought Together

Hot Rolled Black Steel Expanded Metal Mesh Khaleeji 2 mm Thickness 5m Length 2.44m Width
Hot Rolled Black Steel Expanded Metal Mesh Khaleeji 2 mm Thickness 5m Length 2.44m Width
SAR 0
Hot Rolled Black Steel Expanded Metal Mesh Bahri 2.8 mm Thickness 2.44 m Width 5 m Length
Hot Rolled Black Steel Expanded Metal Mesh Bahri 2.8 mm Thickness 2.44 m Width 5 m Length
SAR 0
Galvanized Expanded Metal Sheet Watad Form 1.7 mm Thickness 1.22x5 m
Galvanized Expanded Metal Sheet Watad Form 1.7 mm Thickness 1.22x5 m
SAR 0

Customers Also Viewed

Shop All
Company
Select Display Mode
Company Quotes & Bulk Orders
Individual Shop & Buy Directly