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View Product Reviews6mm A142 High Tensile Steel Reinforcement Mesh Sheet 2000mm x 3600mm
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6mm A142 High Tensile Steel Reinforcement Mesh Sheet 2000mm x 3600mm
URN: 7002005Delivery & Returns Information
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Over £300 ex. VAT | £50 ex. VAT |
This charge is based on delivery to mainland UK excluding the Scottish Highlands. If your delivery address is in the Scottish Highlands a member of our customer service team will contact you prior to processing your order should an additional delivery charge apply. We do not offer deliveries outside the UK mainland.
Returns
We offer a 30 day returns policy on any faulty products.
Technical Specification
Material Type: | Steel |
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Thickness: | 6mm |
Length: | 3600mm |
Sales Unit: | Sheet |
Product Description
6mm A142 Mesh Sheet Applications
As a whole, reinforcing steel mesh is adopted as a preventative measure against structural failure in concrete slabs, walls, and footings of buildings and bridges.
Like all reinforcing products, 6mm a142 reinforcing mesh is purpose-built to enhance the tensile strength of concrete.
A142 reinforcement fabric mesh, however, is most commonly utilised alongside 100 - 150mm thick concrete in light-duty domestic concreting applications such as:
- Concrete slabs
- Walls
- Ground beams
- Patios
- Paving slabs
- Driveways
Before any work begins, all structural reinforcement designs should be reviewed by a professional and qualified structural engineer.
A142 High Tensile Steel Reinforcement Mesh Fabric Specifications
- Manufactured to BS448
- Mesh Main Wires: 6mm
- Robust nature - featuring a complex lattice formation
- Helps concrete withstand tension force
- Reinforces concrete in a range of light-duty domestic concrete applications
At Materials Market, we stock a range of concrete reinforcement mesh to assist you in strengthening concrete constructions such as patios, paving slabs, and driveways, among many others.
The Benefits Of Reinforcing Concrete
While concrete is durable for the most part and will withstand compression force, it is also prone to cracking from load bending tensile force.
For this reason, implementing reinforcement measures when laying concrete is imperative in high-stress environments.
Let's take a look at a few key reasons why reinforcing concrete is advantageous:
- It minimises maintenance requirements - Reinforcement ensures a structure stands the test of time
- Helps reduce the likelihood of cracking and structural damage
- Ensures loads are distributed in a uniform manner
- Steel and concrete have a similar response to temperature fluctuations, this material union, therefore, minimises internal stress within a structure
What Accessories Can Be Used To Fix Reinforcement Mesh?
Reinforcing mesh should be supported at regular intervals from below with the following purpose-made accessories:
- Hystools
- Wire Ring Spacers
- Concrete Bar Spacers
- Grade Plate Spacers
- Circular Wire Spacers
How Does Reinforcing Steel Mesh Work To Strengthen Concrete?
Reinforcing steel mesh is embedded within freshly poured concrete during the casting process. As the concrete dries and solidifies it marries with the mesh, creating a composite material - a unity which allows for the transference of stress between the two elements.
Essentially, by forming a singular structural unit, the concrete is able to tackle compressive stresses while the ductile nature of steel mesh works to withstand tensile stresses.
The 3 Main Types of Stresses In Construction
- Tensile (pulling apart)
- Compressive (pushing together)
- Shear (sliding stress of a parallel cross-section material)