A393 Reinforcement Mesh 4.8Mtr x 2.4Mtr x 10mm Dia Bar
A393 mesh is most commonly used in heavier-duty industrial concreting in walls and floor slabs with a thickness or depth of at least 200mm.
10mm wires are spaced to create 200mm apertures, and each standard-size sheet weighs approximately 70.9 kg.
Sheets are available 'off the rack' in these sizes:
1.2m x 2.4m Sheets
3.6m x 2.0m Merchant Size
4.8m x 2.4m Standard Size
We maintain high stock levels of all concrete reinforcement mesh and can provide priority delivery to your home, site, or premises if required.
Positioning the mesh fabric within a slab is vital. So, plastic gripper-grade plate spacers or other steel or concrete positioning structures are imperative. When using multiple sheets over a large area, ensure that all sheets overlap by at least 600mm, and are tied together using recommended methods.
A393 Mesh FAQs
What is A393 mesh?
A393 mesh is an essential component in concrete reinforcement, comprising a grid of steel wires that significantly enhance the structural integrity and tensile strength of concrete. Its primary function is to distribute loads and resist cracking, making it indispensable for concrete slabs, pavements, and various other constructions.
What does A393 mesh mean?
The designation "A393" in A393 mesh signifies a specific type of steel reinforcement mesh commonly used in construction. The "A" represents that it is designed for use in construction applications, while the number "393" refers to the nominal size and weight characteristics of the mesh.
What thickness is A393 mesh?
The thickness of A393 mesh is a crucial aspect of its design, ensuring it can provide the necessary support for concrete structures. Each wire in the mesh has a diameter of 10mm, contributing to its robustness and effectiveness in reinforcing concrete.
How many m2 is a sheet of A393 mesh?
A standard sheet of A393 mesh measures 4.8 metres by 2.4 metres, offering a substantial coverage area of approximately 11.52 square metres. These dimensions are specifically designed to cover large sections of concrete surfaces efficiently, minimising the need for multiple sheets and thereby reducing potential weak spots.
