Wire mesh bars are produced by drawing low-carbon St I iron, and are under standard TS500 Bst IVb or DIN 1045 Bst 50/55 (RK) , through cold drawn method (cold rolling) and by special ribbing.

WHERE WE CAN USE WELDED WIRE MESH

• Where we need high resistance inside concrete especially highway and road constructions
• In the construction of tunnels, mines and subways
• Tunnel molds of mass construction sites
• In the construction of bridges and trestles
• Prefabricated walls and floors
• On retaining walls
• Inside water surface concrete such as dams, duct walls, water channels
• In industrial steel structures
• In suspended ceilings, under-plastering applications
• It can also be used painted or galvanized in conservatives, cages, zoos, fences or various decorative purposes

THE ADVANTAGES IT PROVIDES
The use of steel mesh reduces the cost of labor and materials up to 30% in comparison to reinforecement steel bars. As it provides a web for resistance and protection of concrete Transportation and installation is very easy as it is time effective Steel mesh bars have a homogeneous distribution in concrete The rods are ribbed and welded together to increase the adherency to concrete

MUREL IRON AND STEEL PRODUCT SPECIFICATIONS

WIRE MESH ; is a reinforcement product for concrete flooring, tunnel formwork, shear and retaining walls, foundation of buildings, slab on grade, tunnel heading, drains, flumes, dams. Wire mesh is formed through welding STIVb cold drawn and ribbed iron with electrical spot welding to enhance resilience.

Mesh bar size:	Min 3,80 - Max 12,00 mm
Mesh Width :	Min 100 – Max 250 cm
Mesh Length :	Min 240 - Max 600 cm
Interocular distance for Length :	75/100/150/200/250 mm
Interocular distance for Width :	Min 50- Max 250 mm
Bar Surface :	Nervürlü/Düz
Minumum Yield Kgf/cm2 (N/mm2) :	5000 (500)
Minumum Tensile Strength Kgf/cm2 (N/mm2) :	5500 (550)
Minumum Rupture Elongation % :	5-8

Our products meet the standards for TS4559, ASTM , DIN , BS , SS2 , NF , ELOT, E450 , NBR , UNIT , PN-ISO