Using high-quality steel with the right recommended and approved grades will ensure you are installing the correct steel and your construction projects are secure, safe, and meet all legal regulations.
Our high quality Reinforcement Mesh are high tensile steel and manufactured to BS4449/2005 standards, they are CARES APPROVED products, and are fully CE certified and meets the required British Standards and European standards (BS and EN).
HIGH TENSILE MILD STEEL REINFORCING CONCRETE MESH
B785 SQUARE MESH FABRIC
Mesh Size 4.8 x 2.4m Area Covered = 11.52m2
Mesh Size 3.6 x 2m Area Covered = 7.2m2
B785 | |||||||
Nominal Wire Size (mm) | Pitch (mm) | Area (mm²/m) | mass (Kg/m²) | Total mesh weight | |||
Long wires | Cross wires | Long wires | Cross wires | Long wires | Cross wires | 8.14 | 93.77kg |
10 | 8 | 100 | 200 | 785 | 252 |
B785 Mesh Delivery information
All items are usually available for next working day delivery if ordered before 1pm, and we do our best to keep it that way. However, sometimes the delivery slots are full before 1pm, so it's not always guaranteed. If this is the case, we will deliver on the next working da, To find out if next day delivery is available, please contact us using the live chat or contact us here to confirm, read our full delivery information here.
B785 Mesh Supplier
We're the UK's largest online bulk supplier of steel reinforcements, delivering you unbeatable prices, outstanding customer service, and high-quality products.
"Better deliveries, better prices, better service!"
If you have a bending schedule please send it to us for our best quote, you can upload your file by clicking here.
Why use B785 Reinforcing Mesh?
Reinforcing Mesh is used to help concrete withstand tension force. Although the concrete is strong enough by nature to withstand compression force, it can also crack from load bending tensile force. Therefore, it needs help resisting the tensile stress, using high tensile substance.
The deformation shape on the steel bars helps the concrete adhere to the steel bar, creating a bonded structure.