Wicker mesh 10x10x1.2 mm is supplied in rolls 1 m high and 10 running meters long.
We sell wicker mesh 10x1.2 in rolls up to 1.5 m high on order.
Rolls of woven mesh 10x10 with 1.2 mm wire are additionally packed along the edges with thick paper, polymer film or burlap. The winding of the ends of a roll of woven mesh 10x1.2 has the following form:
Grid Chain-link 10x10 mm can be galvanized and uncoated, the amount of zinc on the surface of a low-carbon wire with a diameter of 1.2 mm according to GOST 3282-74 must be at least 40 g / m 2 . But some manufacturers manage to make a 10x10x1.2 chain -link mesh with a zinc depth on the surface of 10-20 g / m 2 , so be careful.
In 1 m 3 of the volume, about 90-100 m 2 of the grid Chain-link 10 / 1.2 is placed.
1m 2 woven mesh 10x10x1.2 weighs 2.84 kg.
The price of the mesh Chain-link 10x10 depends on the volume of the order.
Grid Chain-link 10x10 is manufactured in accordance with GOST 5336_80.
According to GOST, the following tolerances are provided in the Rabitsa 10x10x1.2 grid:
- the cell is made on a positive tolerance: the maximum deviation of the arithmetic mean size is not more than +1 mm.
- tolerance for the width of the wicker mesh 10x10x1.2 maximum 15 mm.
The mesh Chain-link 10x10x1.2 is used for: screening and filtering bulk materials, for making cages for small animals.
The chain- link mesh 10x10x1.2 is not suitable for installing a fence, since the wire with a diameter of 1.2 mm is very thin, we recommend using a lightweight Cossack mesh to create fences.
The service life of the wicker mesh 10x10x1.2 depends on the method of covering the mesh, as well as on the conditions under which the mesh Chain-link 10-1.2 will be used.
Under normal conditions of use, the chain-link mesh 10x10x1.2 with a zinc content on the surface of 40 g / m 2 will last at least 6 years before rust appears on the surface of the wire.
In order to see how the 10x10 Rabitsa grid really looks, attach a ruler to the monitor screen, hold down the Ctrl key and scroll the mouse wheel until the divisions on your ruler coincide with the divisions on the screen.