The use of fibers in concrete does not replace wire mesh or rebar. Secondarily, a spacer to help with stress cracks should be placed every 10 feet. Our reinforced welded steel wire mesh is perfect for any pathways, roadways, and places where high tension is loaded on concrete. Concrete Wire Mesh Helps Minimize Concrete Slab Cracking and Settling In fact, the best way to minimize the chance of cracking and settling is to use fiber mesh and WWM in the same slab. Individuals who find that their concrete slabs are cracking with the use of wire mesh may not be compacting the subsurface adequately before pouring the concrete slab. This can be done by using supports prior to the pour or by raising the mesh after the pour. The wire mesh should be raised to between one third and one half of the thickness of the slab from the bottom. The wire reinforcement industry has adopted the term welded wire reinforcement (WWR) as being more representative of the applications of the products being manufactured. If you need 6圆 10 gauge wire mesh, check out Alibabas wholesale listings - the easiest place to find iron wire. However, the consensus of opinion seems to be that wire mesh sheets, not rolls, should be used where slab thickness is between four and six inches and rebar should be used in slabs with thicknesses of eight inches or more. Note 1 Welded wire for concrete reinforcement has historically been described by various terms: welded wire fabric, WWF, fabric, and mesh. Source Iron Wire Mesh for every situation. The great debate on whether to use rebar or number 10, 6 x 6 wire mesh in a concrete slab may go on forever. Wire mesh is commonly placed in concrete slabs for two primary reasons: -to. Rebar, Wire Mesh or Fibers in A Concrete Slab?

10 gauge wire mesh concrete