High Tensile Hillside Stabilization Rockfall Mesh With Super Coating

Mesh shape:diamond

Material:high tensible carbon steel

Wire strength:1770Mpa

Wire diameter:3mm

Corrosion protection:super coating

Coating:150g/m2

Mesh opening:103mm x 180mm

Breaking load of single wire:12.5KN

Tensile strength:110KN/m

2) Rockfall Protection Netting mesh standard roll:

Mesh edges knotted

Roll width:2.3m or 3.2m or 3.5m

Roll length:10m or 30m

Weight:1.45kg/m2

3) Rockfall Protection NettingFeature:

1. anti-corrosion

2. Easy to install

3. Don\'t need maintenance

Rockfall Protection Netting

is a steel woven?diamond opening wire mesh which is used to prevent rocks and debris from falling onto roads, railways and other structures.

Rockfall Protection Mesh is unrolled or draped over the slope and secured with anchor bolts. In time, rocks and debris will fall to the foot of the slope behind the steel mesh drapery. Rocks can then be collected in a trench of suitable dimensions, at the foot of the slope.

If desired, the mesh can be secured both at the top of the slope and at the foot of the slope with high strength cables. In this instance it is good practice to allow the lower cable to be loosened, in order that the collected debris can be removed safely.

The mesh is made of heavily zinc coated,? (ZincAl), Heavy Zinc+aluminum or high tensiles stell wire china link mesh?. Due to the characteristics of high tensiles stell wire , the steel wire netting can withstand the force of falling rocks without unraveling in the event of wire breakage.

Steel wire used in the manufacture of the rock fall protection netting is heavily galvanized (zinc coated) or high tensiles stell wire china link mesh. Rockfall protection netting with Zinc alloy coating can be used in aggressive environments. In addition to galvanization, The technical characteristics and the resistance of the Zinc alloy to aging meet the relevant standards.

When requesting a quote, please specify:

1. Size of rolls (length x height),
2. Type of mesh,
3. Type of coating .