Block Reinforcement Mesh for Brick & Masonry Construction Reinforcement

Block reinforcement mesh, also known as masonry mesh, is small mesh specially designed for concrete constructions. It has high tensile strength and good tenacity, which allows it can be bent without damaged. It is widely used in brick and masonry construction reinforcement to prevent or reduce cracking. It is a great building auxiliary material.

Block reinforcement mesh for wall reinforcement
Category

Our block reinforcement mesh is divided into block reinforcement and block reinforcement coil mesh by manufacturing technique.

Block Reinforcement

Block reinforcement is a kind of welded wire mesh panel for reinforced concrete uses. It consists of two or more longitudinal wires (warp wires) that are connected with cross wires (weft wires) to form a ladder or truss configuration. As a result, it can be further divided into ladder mesh reinforcement and truss mesh reinforcement.

  • Ladder mesh reinforcement

    Ladder mesh reinforcement

  • Truss mesh reinforcement

    Truss mesh reinforcement

Ladder mesh reinforcement

Ladder mesh reinforcement is a kind of welded wire mesh consisting of several parallel longitudinal wires (side wire) flush welded with perpendicular cross wires and creating the appearance of a ladder. It generally combines a block work fixed with concrete or bricks to increase the elasticity and performance of masonry construction of vertical wall work under various stresses.

It is recommended for multiwythe walls with cavity spaces or unfilled collar joints as it permits two wythes to move independently, yet still transfers out-of-plane loads from the exterior masonry to the interior masonry wall. Cross wires on center shall be used for reinforced concrete masonry construction, to keep cross wires out of the core spaces, thus preventing them from interfering with the placement of vertical reinforcement and grout.

Ladder mesh reinforcement
Table 1: Ladder Mesh Reinforcement Specification
Reference Width (mm) Length (mm) Diameter of Rod (mm) Material
LMR50 50 3000 3/4/5 Galvanized/HDG (plain/deformed)
LMR100 100 3000 3/4/5 Galvanized/HDG (plain/deformed)
LMR150 150 3000 3/4/5 Galvanized/HDG (plain/deformed)
LMR200 200 3000 3/4/5 Galvanized/HDG (plain/deformed)
LMR250 250 3000 3/4/5 Galvanized/HDG (plain/deformed)
LMRSS50 50 3000 3/4/5 Stainless steel (plain/deformed)
LMRSS100 100 3000 3/4/5 Stainless steel (plain/deformed)
LMRSS150 150 3000 3/4/5 Stainless steel (plain/deformed)
LMRSS200 200 3000 3/4/5 Stainless steel (plain/deformed)
LMRSS250 250 3000 3/4/5 Stainless steel (plain/deformed)
Truss mesh reinforcement

Truss mesh reinforcement is a kind of welded wire mesh consisting of longitudinal wires welded to a continuous diagonal formed cross wire and forming a truss design. It generally combines a block work fixed with concrete or bricks to increase the elasticity and performance of masonry construction of vertical wall work under various stresses. It is recommended for single wythe concrete masonry walls as the diagonal cross wires may interfere with the placement of vertical reinforcing steel and grout. This structure unit allows continuous deformation along each longitudinal rod for superior bonding performance.

Truss mesh reinforcement
Table 2: Truss Mesh Reinforcement Specification
Reference Width (mm) Length (mm) Diameter of Rod (mm) Material
TMR50 50 3000 3/4/5 Galvanized/HDG (plain/deformed)
TMR100 100 3000 3/4/5 Galvanized/HDG (plain/deformed)
TMR150 150 3000 3/4/5 Galvanized/HDG (plain/deformed)
TMR200 200 3000 3/4/5 Galvanized/HDG (plain/deformed)
TMRSS50 50 3000 3/4/5 Stainless steel (plain/deformed)
TMRSS100 100 3000 3/4/5 Stainless steel (plain/deformed)
TMRSS150 150 3000 3/4/5 Stainless steel (plain/deformed)
TMRSS200 200 3000 3/4/5 Stainless steel (plain/deformed)
Block Reinforcement Coil Mesh

Block Reinforcement Coil Mesh

Block reinforcement coil mesh is manufactured by punching and stretching thin galvanized steel sheet or stainless steel sheet. It generally has high tensile strength and excellent resistance to pressure and temperature changes. Furthermore, it can perfectly embedded into the mortar layer to provide added strength and stability to help resist tensile stresses where settlement occurs.

It is mainly used in brick and masonry constructions for cracking prevention and reinforcement. It is generally provided at areas where high stress concentrates to dissipate these stresses to areas of low stress.

Block reinforcement coil mesh for wall reinforcement
Table 3: Block Reinforcement Coil Mesh Specification
Reference Coil Width (mm) Length (m) Thickness (mm) Material
CMGS100 100 100/150/200/300 0.35 Galvanized steel
CMGS150 150 100/150/200/300 Galvanized steel
CMGS200 200 100/150/200/300 Galvanized steel
CMSS100 100 100/150/200/300 Stainless steel
CMSS150 150 100/150/200/300 Stainless steel
CMSS200 200 100/150/200/300 Stainless steel
Notes
Other specifications are available upon request.
Production & Inspection
Block reinforcement in production

Block reinforcement production

Block reinforcement coil mesh in production

Block reinforcement coil mesh production

Block reinforcement coil mesh inspection

Block reinforcement coil mesh inspection

Application
Ladder mesh reinforcement for wall reinforcement application

Ladder mesh reinforcement application

Truss mesh reinforcement for wall reinforcement application

Truss mesh reinforcement application

Block reinforcement coil mesh application

Block reinforcement coil mesh application

Packing & Shipping
Block reinforcement in wood pallet packing

Wood pallet packing

Block reinforcement coil mesh in carton packing

Carton packing

Workers are loading well packed block reinforcement mesh onto the truck for shipment.

Loading & shipping