博文

目前显示的是 九月, 2021的博文

What is Crimped Wire Mesh?

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  Stainless Steel Crimped Wire Mesh DEFINITION Crimped Wire Mesh is a plain weave made of metal wires that have been bent into a wave shape in advance. Since the metal wire is pre-bent and formed by a mold, the metal wire in the two directions can be placed in a relatively accurate position, thereby ensuring the uniformity of the mesh size.   Material : Iron wire, black steel wire, white steel wire, lead wire, stainless steel wire, copper wire, and other non-ferrous metal wires.   Weaving Method : adopt the weaving method of pre-bending and then forming. (Divided into lock weave, two-way plain weave, one-way corrugated weave, two-way flatweave, two-way corrugated weave, rectangular hole weave)   Feature : Square mesh-ginning loom weaves metal  wires of various materials . Sturdy structure and strong impact resistance. Wear resistance and low cost. The mesh keeps uniform and beautiful for a long time.   Application : widely used in mining, petroleum, chemical, construction, machinery ac

Do you know weave types of wowen wire mesh?

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  Stainless steel wire mesh   has many weave types as plain weave, twill weave, and dutch weave including plain dutch weave, twill dutch weave. As   wire mesh manufacturers , now I share with you the explanation of these woven types: Schematic diagram of stainless steel wire mesh weaving Plain Weave Plain weave is  the most common weave type  and the most popular woven type. Plain weave means each warp wire (wire running parallel to the length of cloth) passes alternately over and under the wires running travel through the cloth (fill or shoot wires) at 90-degree angles. Each wire alternates – first going under one wire, then going over the next wire.  It has an extremely wide range of applications. https://zerunmetal.medium.com/358-security-mesh-fence-46f3a152619a Twill Weave Twill weave stainless steel wire mesh is woven bypassing the shute wire over and under two warp wires, creating a sturdier weave. This woven tape has a wide application capable of supporting greater loads and fin