• High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen
  • High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen
  • High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen
  • High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen
  • High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen
  • High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen

High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen

Material: Steel Wire
Application: Construction Wire Mesh, Protecting Mesh, Screen, Filter, Barbecue Wire Mesh, Fence Mesh, Decorative Mesh, Window Curtain, Cages, Mining
Hole Shape: Square
Weave Technique: Plain Weave
Weave Method: Flat-Topped Curved
Feature: Anti Wear, Anti Rust, Earthquake
Samples:
US$ 0.0/Piece 1 Piece(Min.Order)
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Customization:
Diamond Member Since 2014

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Basic Info.

Wire Diameter
0.5-14mm
Color
Black,Red,Primary Colours
Packaging
Pallet
Certification
ISO9001
Hole Size
0.75-500mm
Length
0.1m-30m
Width
0.5m-6m
Transport Package
Plastic Film Bag Tray
Specification
1.5*2M 2*2M 2*3M and lapping
Trademark
CHANGTE
Origin
He Bei, China
HS Code
7314490000
Production Capacity
500tons/Month

Product Description

High Carbon Steel Woven Wire Mesh Crimp and Weave Styles

Wire Mesh Weave Styles

Plain / Double

Twill Square

Twill Dutch

Reverse Plain Dutch

Plain Dutch

Plain/Double: The plain weave is the most commonly used and simplest to weave. It is a standard type of weave for wire cloth resulting in square openings with wire sizes the same in both directions. Each warp wire passes alternately over and under fill wires at right angles, both directions.

 

Twill Square: Each warp and shute is woven alternately over two and under two warp wires. This gives the appearance of parallel diagonal lines, allowing it to be used with heavier wires with a particular mesh count (that is possible with the plain weave wire cloth). This ability allows the applications of this wire cloth to be used for greater loads and finer filtration.

 

Twill Dutch: A filter cloth that offers higher strength than regular Dutch weaves. It packs even more wires in a given area. Each shute wire typically passes over two warp wires and under two, producing square openings. Generally, this weave has finer mesh counts and lower flow than regular Dutch weaves and can be made to filter particles as fine as 2 microns in diameter.

 

Reverse Plain Dutch: A filter cloth in which the larger count of wires is found in the warp and the smaller count in the shute, thus reversing the method used in plain and twilled Dutch weaves. The warp wires have a smaller diameter than the shute wires and touch each other, while the heavier shute wires are woven as tightly together as possible.

 

Plain Dutch: Primarily used as a filter cloth. The openings slant diagonally through the cloth and can not be seen by looking directly at the cloth. This weave has a coarser mesh and wire in the shute direction, giving a very compact, firm mesh with great strength.

 

Woven Wire Cloth Crimp Styles

Pre-crimping is typically found in coarser wire cloth or space cloth specifications. The pre-crimp action enables both the warp and shute wires to nest securely with each other restricting their random movement and ensuring an accurate and consistent opening size.This weaving technique adds strength and rigidity to the wire cloth. Here are a few of the custom crimp styles that Marco offers:

Lock Crimp: Made to hold accurate openings. Each intersection is formed with straight sections of fill wires woven within straight sections of warp wires. Fill wires are woven in an alternating pattern, top and bottom.

 

 

Double Crimp: Square pattern wire cloth using warp and fill wires of equal size. Warp wires pass over and under fill wires in an alternating pattern at adjacent intersections.

 

 

Intercrimp: Crimped warp wires filled at every other crimp with fill wires. Provides superior rigidity and greater stability. Popular for screens and architectural uses.

 

 

Flat Top: All crimping is offset to one side producing a single plan on the top which allows for the smooth flow of materials over the surface.

 

 

Aperture mm Aperture Tolerance mm Wire mm Edge Length mm Weight kg/m2
  Minimum Maximum   Minimum Maximum  
101.60 98.55 104.65 12.70 12.70 50.80 17.92
88.90 86.23 91.57 12.70 12.70 44.45 20.16
76.20 73.91 78.49 12.70 12.70 38.10 23.04
63.50 61.60 65.41 12.70 12.70 31.75 26.88
63.50 61.60 65.41 9.19 9.19 31.75 14.76
57.15 55.44 58.86 9.19 9.19 28.58 16.17
50.80 49.28 52.32 12.70 12.70 25.40 32.26
50.80 49.28 52.32 11.10 11.10 25.40 25.28
50.80 49.28 52.32 9.19 11.10 25.40 17.88
50.80 49.28 52.32 7.92 7.92 25.40 13.57
44.45 43.12 45.78 9.19 9.19 22.23 20.00
44.45 43.12 45.78 7.92 7.92 22.23 15.21
41.28 40.04 42.51 9.19 9.19 20.64 21.25
41.28 40.04 42.51 7.92 7.92 20.64 16.19
38.10 36.69 39.24 9.19 9.19 19.05 22.68
38.10 36.69 39.24 7.92 7.92 19.05 17.31
38.10 36.69 39.24 7.19 7.19 19.05 14.49
31.75 30.80 32.70 9.19 9.19 15.88 26.20
31.75 30.80 32.70 7.92 7.92 15.88 20.08
31.75 30.80 32.70 7.19 7.19 15.88 16.85
28.58 27.72 29.43 7.92 7.92 14.29 21.83
28.58 27.72 29.43 7.19 7.19 14.29 18.35
25.40 24.64 26.16 7.92 7.92 12.70 23.91
25.40 24.64 26.16 7.19 7.19 12.70 20.14
19.05 18.48 19.62 5.72 5.72 9.53 16.78
15.88 15.40 16.35 4.50 4.50 7.94 12.62
11.00 10.67 11.33 4.00 4.00 5.50 13.55
10.00 9.70 10.03 4.00 4.00 5.00 14.51
8.00 7.76 8.24 4.00 4.00 4.00 16.93
6.35 6.16 6.54 2.67 2.67 3.18 10.04
6.30 6.11 6.49 2.50 2.50 3.15 9.93
4.00 3.88 4.12 2.00 2.00 2.00 9.31
3.00 2.91 3.09 2.00 2.00 2.00 11.17
2.00 1.94 2.06 1.50 1.50 1.50 8.99
High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen
High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen
High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen

 

High Carbon Steel Crimped Woven Wire Mesh Use in Vibration Screen

 

 

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