BOLTING CLOTH FILTER GRADE STAINLESS STEEL MESH SCREEN WITH HIGH TENSILE STRENGTH


Plain weave stainless steel bolting cloth is made of super thin wire of SUS 304 and 316 woven into square hole mesh cloth with high tensile strength and excellent fine filtration. The durable fine wire cloth is Ideal for sifting and sieving process of screening machines.

Features of Stainless Steel Mesh:


Stainless steel wire SUS 304 and 316 materials offer excellent corrosion resistance and strong resistance to acids, alkalis and high temperature. This enables the stainless steel bolting cloth able to be used in most adverse environments.

Compared with filter cloth of synthetic materials, for example, polyester bolting cloth, Stainless Steel Mesh has great toughness and strength, with exceptionally high capacity. At the same time, it is woven with smaller, finer wire diameters, hence yields a comparatively light material with a higher percentage of open areas compared with common grade filter cloth or thick Dutch woven wire cloth sheet. This feature enables it the preferred material for sifting and screening where high strength and maximum flow are required.

Bolting cloth also features a square hole plain weaving pattern. Compared with Dutch weave wire cloth, plain weave ss wire cloth ensures a thinner structure, a smooth and flat surface and a higher permeation. Suitable for various high grade filter requirements.

Sifting Screen Square Woven SS Wire Cloth with High Tensile Strength
Tensile Stainless Steel Bolting Cloth ideal for High Capacity and High Strength Industrial Screening Application

Stainless Steel Mesh Clothing for Flour Mill Mesh Sieve Sifters
304 and 316 Grade Wire Cloth Made of Smooth and Durable Thin Wire, Ideal for Bolting Process by Increasing Screening and Sifting Machine Capacities


SS Wire Bolting Cloth Applications with Case Studies

Sifting and sieving of flour, powder, granulars and other industrial products in mining, electronics, metallurgy;
Mesh fabrics for standard sieves, wire mesh sieves, test sieves, used in chemical, aerospace and petroleum and other industries;
Silk printing screen;
Filter mesh used in aerospace, petroleum, chemical industry, environmental protection and wood processing, paper manufacturing.

 

Case Study of Stainless Steel Mesh Screen Used As FLOUR MILL Mesh

316 Bolting Flour Milling Mesh Used as Grading Sieves and Test Sieves
Compared with common woven wire cloth, tensile bolting cloth ss mesh screen woven with thinner wire diameters relative to the mesh count, enjoy increased percentage of open area and faster powder flow through the screen.

Super thin mesh fabric with fine filter property is used for fine grading in flour mills used as flour mesh or stand flour mesh sieves. Compared with polyester mesh bolting cloth, stainless steel screening mesh can have very small elongation of wire mesh at high tension. While polyester mesh
has less weight and less cost. Both Stainless Steel and Polyester Bolting Cloth can be supplied with a variety of wire diameter, micron mesh sizes and thin fabrics for standard test sieve screen uses. Both fabrics are sturdy and durable.

Popular Sizes for Sifting and Sieving Screen Uses:
316 grade 22x22 mesh x 0.0075 wire diameter x 69 percent open area
316 grade 200x200 mesh x 0.0016 wire diameter x 46.2 percent open area;
316 grade 165 x 165 mesh x 0.0019 mm wire diameter 47.1% open area;
304 grade 94x94 mesh x 0.0035 mm wire diameter, x 44.5% open area.


Case Study of Micron Mesh Bolting Screen for SILK PRINTING INDUSTRIAL USES

Fine micron stainless steel mesh cloth can be used as silk printing screen for Textile Printing, Ceramic Printing, Glass Printing, Graphics Printing, Electronic Printing, CD/DVD Printing, etc.

304 Stainless Steel Printing Screen for Textile Printing

Weave: Plain Weave.
Features:
High tension: Much higher tension than common polyester mesh and smooth tension;
Super precision: Uniform wire diameter and aperture with extremely low difference;
Low elongation: Very small elongation of wire mesh at high tension;
High flexibility: The wire mesh will not lose elasticity at extreme tension;
High corrosion resistance: The excellent corrosion resistance of stainless steel wire exceeds polyester fiber;
Non-electrostatic: To avoid affects of non-electrostatic for print and ensure the safety of printing;
Good heat-melting resistance: Special features of stainless wire mesh. Suitable for heat-melting ink;
Good solvent resistance: To avoid the affects of any solvents to wire mesh and to ensure the safety of print screen.

Specifications and Materials:

Materials: SUS304, 304L, 316, 316L, Monel, Magnese or other steel alloy materials.

We offer a wide range of mesh sizes, wire diameters, actual opening sizes and open area percentages to meet your specific screening/sifting requirements, with following specifications as standard.

Meshes Per Linear Inch Opening Wire Diameter Open Area
Inches M.M. Inches M.M.
14 Mesh 0.0624" 1.580 0.009" 0.229 76.4%
16 Mesh 0.0535" 1.359 0.009" 0.229 73.3%
18 Mesh 0.0466" 1.184 0.009" 0.229 70.2%
20 Mesh 0.0410" 1.041 0.009" 0.229 67.2%
22 Mesh 0.0380" 0.965 0.0075" 0.191 69.7%
24 Mesh 0.0342" 0.869 0.0075" 0.191 67.2%
26 Mesh 0.0310" 0.787 0.0075" 0.191 64.8%
28 Mesh 0.0282" 0.716 0.0075" 0.191 62.4%
30 Mesh 0.0268" 0.681 0.0065" 0.165 64.8%
32 Mesh 0.0248" 0.630 0.0065" 0.165 62.7%
34 Mesh 0.0229" 0.582 0.0065" 0.165 60.7%
36 Mesh 0.0213" 0.541 0.0065" 0.165 58.7%
38 Mesh 0.0198" 0.503 0.0065" 0.165 56.7%
40 Mesh 0.0185" 0.470 0.0065" 0.165 54.8%
42 Mesh 0.0183" 0.465 0.0055" 0.140 59.1%
43 Mesh 0.0183" 0.465 0.0050" 0.127 61.8%
44 Mesh 0.0172" 0.437 0.0055" 0.140 57.5%
46 Mesh 0.0162" 0.412 0.0055" 0.140 55.8%
46 Mesh 0.0172" 0.437 0.0045" 0.114 62.9%
48 Mesh 0.0153" 0.389 0.0055" 0.140 54.2%
48 Mesh 0.0163" 0.414 0.0045" 0.114 61.5%
50 Mesh 0.0145" 0.369 0.0055" 0.140 52.5%
50 Mesh 0.0155" 0.394 0.0045" 0.114 60.1%
54 Mesh 0.0130" 0.331 0.0055" 0.140 49.4%
54 Mesh 0.0145" 0.368 0.0040" 0.102 61.5%
56 Mesh 0.0138" 0.351 0.0040" 0.102 60.2%
58 Mesh 0.0127" 0.323 0.0045" 0.114 54.6%
58 Mesh 0.0132" 0.335 0.0040" 0.102 59.0%
60 Mesh 0.0122" 0.310 0.0045" 0.114 53.3%
60 Mesh 0.0127" 0.323 0.0040" 0.102 57.8%
62 Mesh 0.0116" 0.295 0.0045" 0.114 52.0%
62 Mesh 0.1210" 0.307 0.0040" 0.102 56.5%
64 Mesh 0.0111" 0.282 0.0045" 0.114 50.7%
66 Mesh 0.0112" 0.285 0.0040" 0.102 54.2%
70 Mesh 0.0106" 0.269 0.0037" 0.094 54.9%
72 Mesh 0.0102" 0.259 0.0037" 0.094 53.8%
74 Mesh 0.0098" 0.249 0.0037" 0.094 52.7%
76 Mesh 0.0095" 0.241 0.0037" 0.094 51.7%
78 Mesh 0.0091" 0.231 0.0037" 0.094 50.6%
80 Mesh 0.0088" 0.224 0.0037" 0.094 49.6%
84 Mesh 0.0084" 0.213 0.0035" 0.089 49.8%
88 Mesh 0.0079" 0.201 0.0035" 0.089 47.9%
94 Mesh 0.0071" 0.180 0.0035" 0.089 45.0%
105 Mesh 0.0065" 0.165 0.0030" 0.076 46.9%
120 Mesh 0.0057" 0.145 0.0026" 0.066 47.3%
130 Mesh 0.0059" 0.152 0.0017" 0.043 60.7%
135 Mesh 0.0051" 0.129 0.0023" 0.058 47.4%
145 Mesh 0.0047" 0.119 0.0022" 0.056 46.4%
160 Mesh 0.0048" 0.123 0.0014" 0.035 60.2%
165 Mesh 0.0042" 0.107 0.0019" 0.048 47.1%
200 Mesh 0.0034" 0.086 0.0016" 0.041 46.2%
230 Mesh 0.0029" 0.074 0.0014" 0.036 46.0%
270 Mesh 0.0023" 0.058 0.0014" 0.036 38.6%
325 Mesh 0.0020" 0.051 0.0011" 0.028 41.3%

Other filter fabric we supply:

Non metal synthetic fiber bolting cloth for printing and industrial screening;
Dacron Flour Milling Mesh

Copyright © 2016 Hebei Polyester Mesh Co.,Ltd.
E-mail: sales@polyester-mesh.net
URL: http://www.polyester-mesh.net