1x1 mesh Stainless steel filter material/ Filter sieving mesh
- Place of Origin: Hebei, China (Mainland)
- Brand Name: R&K
- Model Number: R-1003
- Application: Screen
- Material: Stainless steel wire of 304, 316, 316L, or as your requirements.
- Wire Gauge: 2.03mm
- Mesh Size: 30.5 meter in length per roll, 0.9-2.2 meter in width per roll.
- Hole Shape: Square
- Surface Treatment: Galvanized
- Technique: Crimped
- Aperture size: 23.37mm
- Open Area: 92.0%
- Weight: 2.0 Kg/ Sq.m
- Weave Type: Plain weave, twilled weave
Packaging & Delivery
Generally, kraft paper inside and air bubble film outside, then be put into a wooden case.
Or be packaged according to your requirement.
|Delivery Detail:||3-7 Days after received your payment.|
SpecificationsStainless Steel Filter Material/ Filter Sieving Mesh(factory)
Stainless Steel Square Hole Filter Material/ Filter Sieving Mesh(Factory)
A. Specifications about the stainless steel square hole filter screen
Certificate: SGS, ISO 9001:2000
Material: Stainless steel wire of SUS304, 316, 316L
Weave Style: Plain weave mesh.
Plain weave pattern means that the wires in warp direction are equally displayed, and the wire in weft direction pass through them, and with heald frame reciptocating the wires in warp direction aslo alternative the direction from top to bottom then to the contrary direction, and next the wire in weft direction go through the wires. And the wires shuttled and finally each wire be pressed by another wire and at the same time pressing other wires.
B. Features about the filter sieving mesh
The square hole plain weave and twilled weave stainless steel mesh sieve is made of high quality stainless steel wire, which has the characteristics:
a. anti-corrosion and anti-abrasion feature
b. high temperature resistant property
c. acid and alkali resistant metal mesh
d. good permeability and high strength
e. high precision filter media, metal flexible sieve wire mesh
g. special filter performance such as it will not deformation under brass tension, and so forth.Filter sieving mesh,