Stainless steel:Stainless steel is selected for their wear-resisting, heat-resisting, acid-resisting and corrosion resisting. Many different grades of stainless are used in wire cloth.T304 is the most common one, but others are usually used in specific applications to take advantage of each grade’s unique properties. The wire mesh made of stainless steel is extensively used in mining , chemical industry, food industry and pharmaceutical industry.
Stainless steel:Stainless steel is selected for their wear-resisting, heat-resisting, acid-resisting and corrosion resisting. Many different grades of stainless are used in wire cloth.T304 is the most common one, but others are usually used in specific applications to take advantage of each grade’s unique properties. The wire mesh made of stainless steel is extensively used in mining , chemical industry, food industry and pharmaceutical industry. Our stainless steel wire mesh products are generally made of stainless steel Type 302,304,304L,316,316L,321,430, etc. We produce wire cloth in all kinds of forms. The following weaving style is determined according to our customers's specific requirements, such as the material, the wire diameter, the size of the mesh , width and length, and so on.
Plain weave: Each weft wire passes over one and under warp wire, and each warp wire passes over one and under weft wire. Every weft wire has same diameter. Characteristics: square aperture, high flow through , relative high opening area, less pressure drop during filtration, suitable for all kinds of filtration up to 63 µm.
Technical Note: Standard width of stainless steel wire mesh: 1m or 48"; extra roll width of 4m also is available. Standard roll length of stainless steel wire mesh: 30m or 100'.
Plain Weave Description: Plain Weave is a kind of commonly used weaving method.The warp wire establishes the length of the wire mesh and the weft wire, paralleles to the width, crosses one another, alternates one on the top and one under and formes a 90° angle between each other.Solid woven wire mesh may have a square or rectangular opening.
Plain Woven Wire Mesh Clothes are the basic components in the production of filters, colanders for aliments, chemicals products, shielding, mosquito nets, etc.
Special Steel: Cromax, Incoloy, Alloy Ni-Cr, Inconel, Nichel, Monel, Titanium, Duplex. Woven wire mesh is also available with carbon steel, low carbon steel, galvanized steel, brass, bronze, copper, aluminum alloy, etc.
Tabby Plain Weave Wire Mesh Product Features: Stainless steel wire mesh plain woven offers high filtering efficiency, low pressure loss, constant mesh opening, good dimensional stability, high open surface area and good fireproof property.
Technical Note: 1.Standard roll width of stainless steel wire mesh: 1m or 48" 2.Standard roll length of stainless steel wire mesh: 30m or 100' 3.Material of stainless steel wire mesh: AISI 304 or 316 Stainless steel plain woven wire mesh sizes: 2mesh/3mesh/4mesh/5mesh/6mesh/8mesh/10mesh/12mesh/14mesh/16mesh/ 18mesh/20mesh/26mesh/30mesh/40mesh/50mesh/60mesh/70mesh/80mesh/ 90mesh/100mesh/120mesh/150mesh/160mesh/180mesh/200mesh/250mesh/ 300mesh/325mesh/350mesh/400mesh/
Twill Weave Description: In the Twilled Woven Wire Mesh, the wires of the weft and the warp intercross two above and two below, inverting the intersections of the warp wire at an established distance and obtaining a rigid, stable and robust type of wire mesh fabric. Crossed twilled wire meshes are the basic components in the production of filters, colanders for aliments, chemicals products, shielding, mosquito nets, etc.
Wire Materials: Stainless Steel Wire: Aisi 304, 304L, 316, 316L, 310, 314, 410, 430. Twilled woven wire meshes are available with carbon steel, galvanized steel, aluminum alloy, brass, phosphor bronze and other metals.
Mesh/Inch
Wire Diameter
Aperture
Open Area （%）
Weight (kg /Square meter)
Inch
MM
Inch
MM
1x1
0.08
2.03
0.92
23.37
92
2
2X2
0.063
1.6
0.437
11.1
87.4
2.5
3X3
0.054
1.37
0.279
7.09
83.8
2.7
4X4
0.047
1.19
0.203
5.16
81.2
2.7
5X5
0.041
1.04
0.159
4.04
79.5
2.6
10X10
0.025
0.64
0.075
1.91
74.9
2
12X12
0.02
0.508
0.063
1.6
75.9
1.5
14X14
0.02
0.508
0.051
1.3
71.9
1.8
16X16
0.018
0.457
0.0445
1.13
71.2
1.6
18X18
0.017
0.432
0.0386
0.98
69.4
1.6
20X20
0.02
0.24
0.03
0.76
76
0.56
20X20
0.016
0.33
0.034
0.86
72.2
1.1
30X30
0.012
0.305
0.0213
0.54
63.9
1.4
30X30
0.0094
0.24
0.0243
0.62
72.1
0.84
40X40
0.01
0.254
0.015
0.38
59.9
1.3
50X50
0.0055
0.14
0.0145
0.368
72.4
0.48
60X60
0.0047
0.12
0.012
0.303
71.6
0.42
60X60
0.0059
0.15
0.0107
0.273
64.5
0.65
80X80
0.0055
0.14
0.0069
0.117
45.5
0.76
100X100
0.0045
0.114
0.0055
0.14
55.1
0.59
100X100
0.004
0.102
0.006
0.152
59.8
0.49
120X120
0.0028
0.07
0.0057
0.147
67.7
0.29
150X150
0.0024
0.06
0.0043
0.11
64.7
0.26
150X150
0.0028
0.07
0.0039
0.1
58.8
0.38
165X165
0.0019
0.05
0.0041
0.104
67.5
0.2
180X180
0.0019
0.05
0.0035
0.091
64.5
0.22
180X180
0.0024
0.06
0.0031
0.081
57.4
0.32
200X200
0.0019
0.05
0.003
0.077
60.6
0.24
200X200
0.0024
0.06
0.0026
0.067
52.7
0.35
250X250
0.0016
0.04
0.0024
0.0616
60.6
0.2
270X270
0.0016
0.04
0.0021
0.054
57.4
0.21
300X300
0.0016
0.04
0.0018
0.045
53.5
0.23
325X325
0.0014
0.035
0.0017
0.0432
55.3
0.2
400X400
0.0012
0.03
0.0013
0.0335
52.7
0.18
500X500
0.0009
0.025
0.001
0.0258
50.7
0.15
635X635
0.0007
0.018
0.0008
0.022
55
0.1
<template class="visibility">
Stainless steel:Stainless steel is selected for their wear-resisting, heat-resisting, acid-resisting and corrosion resisting. Many different grades of stainless are used in wire cloth.T304 is the most common one, but others are usually used in specific applications to take advantage of each grade’s unique properties. The wire mesh made of stainless steel is extensively used in mining , chemical industry, food industry and pharmaceutical industry. Our stainless steel wire mesh products are generally made of stainless steel Type 302,304,304L,316,316L,321,430, etc. We produce wire cloth in all kinds of forms. The following weaving style is determined according to our customers's specific requirements, such as the material, the wire diameter, the size of the mesh , width and length, and so on.
Plain weave: Each weft wire passes over one and under warp wire, and each warp wire passes over one and under weft wire. Every weft wire has same diameter. Characteristics: square aperture, high flow through , relative high opening area, less pressure drop during filtration, suitable for all kinds of filtration up to 63 µm.
Technical Note: Standard width of stainless steel wire mesh: 1m or 48"; extra roll width of 4m also is available. Standard roll length of stainless steel wire mesh: 30m or 100'.
Plain Weave Description: Plain Weave is a kind of commonly used weaving method.The warp wire establishes the length of the wire mesh and the weft wire, paralleles to the width, crosses one another, alternates one on the top and one under and formes a 90° angle between each other.Solid woven wire mesh may have a square or rectangular opening.
Plain Woven Wire Mesh Clothes are the basic components in the production of filters, colanders for aliments, chemicals products, shielding, mosquito nets, etc.
Special Steel: Cromax, Incoloy, Alloy Ni-Cr, Inconel, Nichel, Monel, Titanium, Duplex. Woven wire mesh is also available with carbon steel, low carbon steel, galvanized steel, brass, bronze, copper, aluminum alloy, etc.
Tabby Plain Weave Wire Mesh Product Features: Stainless steel wire mesh plain woven offers high filtering efficiency, low pressure loss, constant mesh opening, good dimensional stability, high open surface area and good fireproof property.
Technical Note: 1.Standard roll width of stainless steel wire mesh: 1m or 48" 2.Standard roll length of stainless steel wire mesh: 30m or 100' 3.Material of stainless steel wire mesh: AISI 304 or 316 Stainless steel plain woven wire mesh sizes: 2mesh/3mesh/4mesh/5mesh/6mesh/8mesh/10mesh/12mesh/14mesh/16mesh/ 18mesh/20mesh/26mesh/30mesh/40mesh/50mesh/60mesh/70mesh/80mesh/ 90mesh/100mesh/120mesh/150mesh/160mesh/180mesh/200mesh/250mesh/ 300mesh/325mesh/350mesh/400mesh/
Twill Weave Description: In the Twilled Woven Wire Mesh, the wires of the weft and the warp intercross two above and two below, inverting the intersections of the warp wire at an established distance and obtaining a rigid, stable and robust type of wire mesh fabric. Crossed twilled wire meshes are the basic components in the production of filters, colanders for aliments, chemicals products, shielding, mosquito nets, etc.
Wire Materials: Stainless Steel Wire: Aisi 304, 304L, 316, 316L, 310, 314, 410, 430. Twilled woven wire meshes are available with carbon steel, galvanized steel, aluminum alloy, brass, phosphor bronze and other metals.
Mesh/Inch
Wire Diameter
Aperture
Open Area （%）
Weight (kg /Square meter)
Inch
MM
Inch
MM
1x1
0.08
2.03
0.92
23.37
92
2
2X2
0.063
1.6
0.437
11.1
87.4
2.5
3X3
0.054
1.37
0.279
7.09
83.8
2.7
4X4
0.047
1.19
0.203
5.16
81.2
2.7
5X5
0.041
1.04
0.159
4.04
79.5
2.6
10X10
0.025
0.64
0.075
1.91
74.9
2
12X12
0.02
0.508
0.063
1.6
75.9
1.5
14X14
0.02
0.508
0.051
1.3
71.9
1.8
16X16
0.018
0.457
0.0445
1.13
71.2
1.6
18X18
0.017
0.432
0.0386
0.98
69.4
1.6
20X20
0.02
0.24
0.03
0.76
76
0.56
20X20
0.016
0.33
0.034
0.86
72.2
1.1
30X30
0.012
0.305
0.0213
0.54
63.9
1.4
30X30
0.0094
0.24
0.0243
0.62
72.1
0.84
40X40
0.01
0.254
0.015
0.38
59.9
1.3
50X50
0.0055
0.14
0.0145
0.368
72.4
0.48
60X60
0.0047
0.12
0.012
0.303
71.6
0.42
60X60
0.0059
0.15
0.0107
0.273
64.5
0.65
80X80
0.0055
0.14
0.0069
0.117
45.5
0.76
100X100
0.0045
0.114
0.0055
0.14
55.1
0.59
100X100
0.004
0.102
0.006
0.152
59.8
0.49
120X120
0.0028
0.07
0.0057
0.147
67.7
0.29
150X150
0.0024
0.06
0.0043
0.11
64.7
0.26
150X150
0.0028
0.07
0.0039
0.1
58.8
0.38
165X165
0.0019
0.05
0.0041
0.104
67.5
0.2
180X180
0.0019
0.05
0.0035
0.091
64.5
0.22
180X180
0.0024
0.06
0.0031
0.081
57.4
0.32
200X200
0.0019
0.05
0.003
0.077
60.6
0.24
200X200
0.0024
0.06
0.0026
0.067
52.7
0.35
250X250
0.0016
0.04
0.0024
0.0616
60.6
0.2
270X270
0.0016
0.04
0.0021
0.054
57.4
0.21
300X300
0.0016
0.04
0.0018
0.045
53.5
0.23
325X325
0.0014
0.035
0.0017
0.0432
55.3
0.2
400X400
0.0012
0.03
0.0013
0.0335
52.7
0.18
500X500
0.0009
0.025
0.001
0.0258
50.7
0.15
635X635
0.0007
0.018
0.0008
0.022
55
0.1
</template>
TWILL WEAVE
Twill: In the warp and shute directions, each warp wire and each shute wire pass successively over one and under two adjacent wires in the wire cloth. This movement is shifted with each pass of the shuttle. This pattern permits the weaving of heavier wires with varying meshes.
PRE-CRIMP WEAVES
Pre-Crimp: Typically found in coarser wire cloth or space cloth specifications. The wires are crimped priorly before weaving. The pre-crimp action enables both the warp and shute wires to nest securely with each other in restricting their random movement and ensuring an accurate and consistent opening size. This weaving technique increases strength and rigidity to the wire cloth.
Lock Crimp: The refinement of the pre-crimp technique. The crimping of the warp and shute wires is made in lock crimp to actually 'lock' the wires together at their point of intersection and offer further assurance of no wire movement.
Inter-Crimp or Multiple Crimp: Another enhancement of the basic pre-crimp weave. Both the warp and shute wires are crimped with extra crimps or corrugations between the points of intersection. This technique is usually required when weaving large openings with fine wires. Inter-crimping assures the proper locking of the warp and shute wires and adds rigidity and accuracy.
DOUBLE CRIMP WEAVE
Plain Weave or Double Crimp: This is the most common type of wire cloth. The wires are not crimped before weaving. The corrugation or depression that is crimped into both the warp and shute wires is the result of the plain weave pattern that requring each shute wire to pass over and under successive rows of warp wires and vice versa, just like interlacing fingers.
FILTER CLOTH
Plain Dutch Weave: It is similar interlacing as in Plain Weave, but the diameters of the warp wires are larger than the shute wires. The lighter shute wires are driven up to be closed to form a dense filtering medium. This weave style displays a tapered or wedge-shaped opening.
Twill Dutch: This filter cloth specification technically combines the Twill Weave and Dutch Weave as we described in the above paragraphes. The warp wires with larger diameter successively pass over and under the lighter diameter shute wires. Each pass of the shute wires shifts the over and under movement one wire. The shute wires are driven up close, resulting in a tightly woven filter cloth with tapered or wedge shaped openings.
Twill Dutch Double: It is greatly similar to the Twill Dutch Weave. But the shute wires actually overlap each other when driven up tight into position if by proper selection of the wire sizes. This permits the wires to double one inch in the shute direction. This type of wire cloth is usually considered as a Micronic Grade for filter cloth.
Stranded: In this type of weave, both the warp and shute wires are made up of separate wires rather than a single wire. This weave is woven in the twill pattern to produce an exceptionally strong and tight mesh.
Special specifications can be produced by the customer's requirements.
<template class="visibility">
TWILL WEAVE
Twill: In the warp and shute directions, each warp wire and each shute wire pass successively over one and under two adjacent wires in the wire cloth. This movement is shifted with each pass of the shuttle. This pattern permits the weaving of heavier wires with varying meshes.
PRE-CRIMP WEAVES
Pre-Crimp: Typically found in coarser wire cloth or space cloth specifications. The wires are crimped priorly before weaving. The pre-crimp action enables both the warp and shute wires to nest securely with each other in restricting their random movement and ensuring an accurate and consistent opening size. This weaving technique increases strength and rigidity to the wire cloth.
Lock Crimp: The refinement of the pre-crimp technique. The crimping of the warp and shute wires is made in lock crimp to actually 'lock' the wires together at their point of intersection and offer further assurance of no wire movement.
Inter-Crimp or Multiple Crimp: Another enhancement of the basic pre-crimp weave. Both the warp and shute wires are crimped with extra crimps or corrugations between the points of intersection. This technique is usually required when weaving large openings with fine wires. Inter-crimping assures the proper locking of the warp and shute wires and adds rigidity and accuracy.
DOUBLE CRIMP WEAVE
Plain Weave or Double Crimp: This is the most common type of wire cloth. The wires are not crimped before weaving. The corrugation or depression that is crimped into both the warp and shute wires is the result of the plain weave pattern that requring each shute wire to pass over and under successive rows of warp wires and vice versa, just like interlacing fingers.
FILTER CLOTH
Plain Dutch Weave: It is similar interlacing as in Plain Weave, but the diameters of the warp wires are larger than the shute wires. The lighter shute wires are driven up to be closed to form a dense filtering medium. This weave style displays a tapered or wedge-shaped opening.
Twill Dutch: This filter cloth specification technically combines the Twill Weave and Dutch Weave as we described in the above paragraphes. The warp wires with larger diameter successively pass over and under the lighter diameter shute wires. Each pass of the shute wires shifts the over and under movement one wire. The shute wires are driven up close, resulting in a tightly woven filter cloth with tapered or wedge shaped openings.
Twill Dutch Double: It is greatly similar to the Twill Dutch Weave. But the shute wires actually overlap each other when driven up tight into position if by proper selection of the wire sizes. This permits the wires to double one inch in the shute direction. This type of wire cloth is usually considered as a Micronic Grade for filter cloth.
Stranded: In this type of weave, both the warp and shute wires are made up of separate wires rather than a single wire. This weave is woven in the twill pattern to produce an exceptionally strong and tight mesh.
Special specifications can be produced by the customer's requirements.
</template>
Stainless steel wire mesh can be used for flood prevention, traffic, building, safe net, infranet, surface wire of water conservancy, and so on. The metal wire mesh is made from stainless steel.
Features: Corrosion resisting, high intensity, compliance.
Classes: Square wire mesh, dense wire mesh, long width wire mesh and allotrope wire mesh.
We can produce the wire mesh by the customer's requirements. Besides, our factory can make stainless steel lunch box wire mesh, stainless steel coal washing wire mesh, and so on.
Stainless steel wire mesh is made and weaved from SUS302 304 304L 316 316L. It is a kind of deep processing product. The weaving ways include plain weave, twill weave and minigroove. Stainless steel has its own characteristics. Stainless steel wire mesh made from stainless steel has many features, such as, wear-resisting, high intensity, long usage life, accurate mesh, unified structure, non-bending, easy to use, equal sieving thickness, anti-static electricity, anti-acid base, corrosion resisting, acid resisting, high temperature resisting, wear-resisting, and so on. In recent years, stainless steel is widely used as sieving mesh in coal mine, oil, chemical industry, foodstuff, medicine, and machine building, and so on.
Usage: The stainless steel wire mesh is mainly used to sieve and filter the acid and base. It is used as slurry mesh in oil industry, sieving wire mesh in chemical industry and acide wash mesh in electroplating industry. Our stainless steel wire mesh has high hardness and can adapt to outdoor odious environment. They can be used repeatedly and reduce the costs. Stainless steel wire mesh can be used to prevent the riverbank and safeguard the reservoir and rivers in water conservancy project. Sometimes the stainless steel will easily produce the air hole. To solve this problem, we can change the material or use the welding rod with low hydrogen.
The wire mesh will produce the air hole easily if the welding position is not clean. So we need to clean up the smudge (such as oil or rust) before welding. There have stricter requirements on low-hydrogen electrode. Air hole will easily come into being if the back of the electrode becomes red because of high electricity. So we need to take the proper welding standards. The welding electricity is proper if its maximum still make the electrode keep its formal status. The low-hydrogen will easily absorb moisture. So the low-hydrogen should be baked for about 1 hour under 350℃ before using. Or else the air hole will also easily come out.
The surface or inner air hole will usually come out in the welding position if we use low-hydrogen. To solve this problem, we should strike the arc from the crater. After the electronic arc burns, we should return to the crater and go further after the electronic arc melts. We can also strike the arc at the welding position. Therefore, the air hole will not easily come out.
Stainless steel welded wire mesh will produce air hole when welding. These air holes can be divided into inner air hole, surface air hole and welded air hole. The inner air hole includes two kinds of shapes. One is globular shape appearing the middle part. They may be caused by strong electricity, long electricity arc, fast speed of electrode manipulation, dirty welding positions, soggy electrode, and so on.
On the above paragraphs, we have listed a series of reasons about the production of the air hole. We can solve this problem if we adjust properly and pay attention to the welding methods and operation ways. But the vertical full-length cracks will easily come out under the above conditions.
The solution to this problem: When welding the stainless steel welded wire mesh, we should take proper welding procedure. We can also preheat to soften the hardness if possible.
We should use low-hydrogen and take suitable electricity and welding speed on the super heavy plate or structure with high rigidity. About the cracks caused by the carbon and sulfur, we can preheat the weldment or use low-hydrogen electrode. The hairy small crack and only come out in the metal inner structure. If the welding deposit is melting at high speed, some parts will produce stress or hydrogen. To solve this problem, we can lower the cooling speed, preheat the weldments if possible, or use low-hydrogen electrode.
Special specifications can be produced by the customer's requirements.
<template class="visibility">
Stainless steel wire mesh can be used for flood prevention, traffic, building, safe net, infranet, surface wire of water conservancy, and so on. The metal wire mesh is made from stainless steel.
Features: Corrosion resisting, high intensity, compliance.
Classes: Square wire mesh, dense wire mesh, long width wire mesh and allotrope wire mesh.
We can produce the wire mesh by the customer's requirements. Besides, our factory can make stainless steel lunch box wire mesh, stainless steel coal washing wire mesh, and so on.
Stainless steel wire mesh is made and weaved from SUS302 304 304L 316 316L. It is a kind of deep processing product. The weaving ways include plain weave, twill weave and minigroove. Stainless steel has its own characteristics. Stainless steel wire mesh made from stainless steel has many features, such as, wear-resisting, high intensity, long usage life, accurate mesh, unified structure, non-bending, easy to use, equal sieving thickness, anti-static electricity, anti-acid base, corrosion resisting, acid resisting, high temperature resisting, wear-resisting, and so on. In recent years, stainless steel is widely used as sieving mesh in coal mine, oil, chemical industry, foodstuff, medicine, and machine building, and so on.
Usage: The stainless steel wire mesh is mainly used to sieve and filter the acid and base. It is used as slurry mesh in oil industry, sieving wire mesh in chemical industry and acide wash mesh in electroplating industry. Our stainless steel wire mesh has high hardness and can adapt to outdoor odious environment. They can be used repeatedly and reduce the costs. Stainless steel wire mesh can be used to prevent the riverbank and safeguard the reservoir and rivers in water conservancy project. Sometimes the stainless steel will easily produce the air hole. To solve this problem, we can change the material or use the welding rod with low hydrogen.
The wire mesh will produce the air hole easily if the welding position is not clean. So we need to clean up the smudge (such as oil or rust) before welding. There have stricter requirements on low-hydrogen electrode. Air hole will easily come into being if the back of the electrode becomes red because of high electricity. So we need to take the proper welding standards. The welding electricity is proper if its maximum still make the electrode keep its formal status. The low-hydrogen will easily absorb moisture. So the low-hydrogen should be baked for about 1 hour under 350℃ before using. Or else the air hole will also easily come out.
The surface or inner air hole will usually come out in the welding position if we use low-hydrogen. To solve this problem, we should strike the arc from the crater. After the electronic arc burns, we should return to the crater and go further after the electronic arc melts. We can also strike the arc at the welding position. Therefore, the air hole will not easily come out.
Stainless steel welded wire mesh will produce air hole when welding. These air holes can be divided into inner air hole, surface air hole and welded air hole. The inner air hole includes two kinds of shapes. One is globular shape appearing the middle part. They may be caused by strong electricity, long electricity arc, fast speed of electrode manipulation, dirty welding positions, soggy electrode, and so on.
On the above paragraphs, we have listed a series of reasons about the production of the air hole. We can solve this problem if we adjust properly and pay attention to the welding methods and operation ways. But the vertical full-length cracks will easily come out under the above conditions.
The solution to this problem: When welding the stainless steel welded wire mesh, we should take proper welding procedure. We can also preheat to soften the hardness if possible.
We should use low-hydrogen and take suitable electricity and welding speed on the super heavy plate or structure with high rigidity. About the cracks caused by the carbon and sulfur, we can preheat the weldment or use low-hydrogen electrode. The hairy small crack and only come out in the metal inner structure. If the welding deposit is melting at high speed, some parts will produce stress or hydrogen. To solve this problem, we can lower the cooling speed, preheat the weldments if possible, or use low-hydrogen electrode.
Special specifications can be produced by the customer's requirements.
</template>
BOLTING CLOTH: Relatively light wire meshes produced by weaving.Primarily it is used in sifting and screen printing.However, its relatively high Open Area percentage makes it a desirable wire mesh used for many applications.
MARKET GRADE: Wire cloth specifications that are commonly woven and stocked.
MESH: Wire cloth specifications that are commonly woven and stocked.
OFF COUNT: A wire mesh with a greater numbers of wires of per linear inch in one direction - usually warp (vertical).It is also called "Rectangular Mesh".
OPEN AREA: The ratio of the area of the openings to the total area.
OPENING:The distance between two parallel and adjacent wires; usually expressed in decimal inches. The theoretical width of an opening refers to the direct function of the mesh count and wire diameter,both of which owning a manufacturing tolerance.
PLAIN WEAVE: Weave pattern where each wire goes alternately the under one, then over each successive wire.
SELVAGE: The edge or border of wire cloth, used to prevent unravelling (versus a raw or cut edge). Types of selvage edges include looped,folded,welded and fine mesh border pattern.
SHUTE WIRES: Wires running across woven cloth, perpendicular to warp wires. Also called "fill" or "weft" wires.
SQUARE MESH: A Wire Mesh with identical numbers of wires per linear inch in both warp (vertical) and shute (horizontal) directions.
TWILL WEAVE: Weave pattern where each wire goes alternately over two wires then under two successive wires. "Herringbone Twill" is a special type, in which the direction of the twilled weave is reversed at regular intervals to produce a striped effect.
WARP WIRES: Wires running the vertical length of woven wire cloth.
WIRE DIAMETER: Normally referring to decimal parts of an inch; a critical factor in a weave's mesh count.
Special specifications can be produced by the customer's requirements.
<template class="visibility">
BOLTING CLOTH: Relatively light wire meshes produced by weaving.Primarily it is used in sifting and screen printing.However, its relatively high Open Area percentage makes it a desirable wire mesh used for many applications.
MARKET GRADE: Wire cloth specifications that are commonly woven and stocked.
MESH: Wire cloth specifications that are commonly woven and stocked.
OFF COUNT: A wire mesh with a greater numbers of wires of per linear inch in one direction - usually warp (vertical).It is also called "Rectangular Mesh".
OPEN AREA: The ratio of the area of the openings to the total area.
OPENING:The distance between two parallel and adjacent wires; usually expressed in decimal inches. The theoretical width of an opening refers to the direct function of the mesh count and wire diameter,both of which owning a manufacturing tolerance.
PLAIN WEAVE: Weave pattern where each wire goes alternately the under one, then over each successive wire.
SELVAGE: The edge or border of wire cloth, used to prevent unravelling (versus a raw or cut edge). Types of selvage edges include looped,folded,welded and fine mesh border pattern.
SHUTE WIRES: Wires running across woven cloth, perpendicular to warp wires. Also called "fill" or "weft" wires.
SQUARE MESH: A Wire Mesh with identical numbers of wires per linear inch in both warp (vertical) and shute (horizontal) directions.
TWILL WEAVE: Weave pattern where each wire goes alternately over two wires then under two successive wires. "Herringbone Twill" is a special type, in which the direction of the twilled weave is reversed at regular intervals to produce a striped effect.
WARP WIRES: Wires running the vertical length of woven wire cloth.
WIRE DIAMETER: Normally referring to decimal parts of an inch; a critical factor in a weave's mesh count.
Special specifications can be produced by the customer's requirements.
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Dutch Twilled Woven Wire Mesh: In Dutch Twilled Weave Wire Mesh, the wire of the weft and the warp intercross two above with a larger weft wire than the warp. To reduce the mesh opening, this kind of wire mesh allows a greater difference between the diameter and the number of weft and warp wire. Dutch Twilled Weave Wire Clothes are the basic components in the production of filters. It is supplied in stainless steel, steel alloy, aluminum alloy, carbon steel, brass, copper, phosphor bronze and other metals.
Product Features: Dutch Twill Weave Wire Mesh Filter Cloth offers high filtering capability at high pressure, great dimensional strength and stability, good fireproof property and the stainless steel wire mesh offers excellent anticorrosion. Reverse Dutch Woven Filter Cloth: Reverse Dutch Weaving is to reverse the wire cloth position with a remarkable number of subtle warp wires closed as much as possible and more spaced weft wires with a higher diameter. The apparent difference between Reverse Plain woven wire mesh and Standard Dutch Plain woven wire mesh lies in thicker warp wires and less weft wires.
Reverse Dutch Woven Filter Wire Cloth is the basic filter material for pharmacy, food, medicine, chemical and other industries.
Dutch Woven Stainless Steel Wire Mesh Filter Cloth Features: High filtering capacity at high pressure, great dimensional strength and stability, anticorrosion and fireproof property.
Dutch Wire Cloth: Dutch woven wire cloth is popularly used as filter cloth with micron openings. Stainless steel Dutch woven wire cloth normally goes from 24/110mesh to 325/2300mesh.
We also supply Five Heddle Weave wire cloth.
Materials: Materials of Dutch Woven Wire Cloth is divided into Type 302, Type 304, Type 304 L, Type 316 and Type 316 L. Stainless Steel Dutch Woven Wire Cloth offers good wear-resistance, heat-resistance, acid-resistance and corrosion resistance. Dutch Woven Wire Cloth in brass, nickel, steel or other metal materials are also available at the customer's request.
Usage: Stainless Steel Dutch Woven Wire Cloth is utilized as filter fittings for chemical industry, medicine, petroleum, telecom-communication, scientific research units and so on. Weaving Patterns of Dutch Wire Cloth can be divided into Dutch Plain Weaving, Dutch Twill Weaving and Dutch Reverse Weaving.
Dutch Twill Weave: Each weft wire passes alternately over two, and then passes the under two successive warp wires. Each warp wire passes alternately over two and under two successive weft wires. It is possible to allow a larger diameter than standard wire diameter.
Five Heddle Weave: Limited sizes are available.
Mesh (mesh/inch) Warp×Weft
Warp×Weft (mm)
Aperture Size (um)
Weight(kg/㎡)
Thickness (mm)
7×40
0.9×0.71
347
6.65
2.32
7×44
0.71×0.63
319
5.55
1.97
8×45
0.8×0.6
310
5.7
2
8.5×60
0.63×0.45
296
4.16
1.53
8×85
0.45×0.315
275
2.73
1.08
10×90
0.45×0.28
249
2.57
1.01
10×76
0.5×0.35
248
3.24
1.21
12×86
0.45×0.315
211
2.93
1.08
12×64
0.56×0.4
3.89
1.36
12.5×76
0.45×0.355
192
3.26
1.16
14×100
0.4×0.28
182
2.62
0.96
14×110
0.355×0.25
177
2.28
0.855
14×76
0.45×0.355
173
3.33
1.16
16×100
0.4×0.28
160
2.7
0.96
17×120
0.355×0.224
155
2.19
0.803
16×120
0.28×0.224
145
1.97
0.728
20×140
0.315×0.20
133
0.715
20×170
0.25×0.16
130
1.56
0.57
20×110
0.355×0.25
126
2.47
0.855
22×120
0.315×0.224
115
2.2
0.763
25×140
0.28×0.2
100
1.96
0.68
24×110
0.355×0.25
97
2.6
0.855
28×150
0.28×0.18
92
1.87
0.64
30×150
0.25×0.18
82
1.79
0.61
30×140
0.315×0.20
77
2.21
0.715
35×190
0.224×0.14
74
1.47
0.504
35×170
0.224×0.16
69
1.62
0.544
40×200
0.18×0.135
63
1.24
0.43
45×250
0.16×0.11
56
1.11
0.384
50×300
0.16×0.09
55
0.98
0.34
60×500
0.14×0.055
51
0.7
0.252
50×270
0.14×0.10
50
0.98
0.34
70×930
0.10×0.03
30
0.39
0.16
65×390
0.125×0.071
42
0.78
0.267
60×300
0.14×0.09
41
0.96
0.32
80×700
0.125×0.04
40
0.6
0.205
60×270
0.14×0.1
39
1.03
0.34
77×560
0.14×0.05
38
0.74
0.24
80×600
0.1×0.045
37
0.53
0.19
70×390
0.112×0.071
0.74
0.254
65×750
0.10×0.036
36
0.43
0.172
70×340
0.125×0.08
35
0.86
0.285
80×430
0.125×0.063
32
0.77
0.251
100×1200
0.063×0.023
23
0.27
0.109
118×750
0.063×0.036
0.38
0.35
Mesh (mesh/inch) Warp×Weft
Warp×Weft (mm)
Aperture Size (um)
Weight (kg/㎡)
Thickness (mm)
20×270
0.25×0.2
119
3.14
0.65
20×200
0.35×0.28
118
4.58
0.915
24×300
0.28×0.18
110
3.01
0.64
20×150
0.45×0.355
101
6.02
1.16
30×340
0.28×0.16
89
2.84
0.6
30×270
0.28×0.20
77
3.41
0.68
40×540
0.18×0.10
70
1.73
0.38
40×430
0.18×0.125
63
2.09
0.43
50×600
0.125×0.09
51
1.47
0.305
50×500
0.14×0.11
47
1.83
0.364
65×600
0.14×0.09
36
1.59
0.32
70×600
0.14×0.09
31
1.61
78×760
0.112×0.071
1.25
0.254
78×680
0.112×0.08
29
1.37
0.272
80×680
0.112×0.08
28
1.38
90×850
0.10×0.063
26
1.12
0.226
90×760
0.10×0.071
24
1.23
0.242
100×850
0.10×0.063
22
1.14
0.226
130×1500
0.063×0.036
21
0.64
0.135
100×760
0.10×0.071
20
1.25
0.242
130×1200
0.071×0.045
18
0.8
0.161
130×1100
0.071×0.05
17
0.87
0.171
150×1400
0.063×0.04
15
0.71
0.143
160×1500
0.063×0.036
0.67
0.135
165×1500
0.063×0.036
14
174×1700
0.063×0.032
13
0.62
0.127
165×1400
0.063×0.04
0.73
0.143
174×1400
0.063×0.04
11
0.74
203×1600
0.05×0.032
10
0.58
0.114
216×1800
0.045×0.03
0.53
0.105
203×1500
0.056×0.036
9
0.67
0.128
250×1900
0.04×0.028
8
0.51
0.096
250×1600
0.05×0.032
0.63
0.114
285×2100
0.036×0.025
7
0.44
0.086
300×2100
0.036×0.025
6
317×2100
0.036×0.025
5
325×2300
0.036×0.024
4
363×2300
0.032×0.022
0.4
0.076
400×2700
0.028×0.02
0.36
0.068
500×3500
0.025×0.015
3
0.3
0.055
Special specifications can be produced by the customer's requirements.
<template class="visibility">
Dutch Twilled Woven Wire Mesh: In Dutch Twilled Weave Wire Mesh, the wire of the weft and the warp intercross two above with a larger weft wire than the warp. To reduce the mesh opening, this kind of wire mesh allows a greater difference between the diameter and the number of weft and warp wire. Dutch Twilled Weave Wire Clothes are the basic components in the production of filters. It is supplied in stainless steel, steel alloy, aluminum alloy, carbon steel, brass, copper, phosphor bronze and other metals.
Product Features: Dutch Twill Weave Wire Mesh Filter Cloth offers high filtering capability at high pressure, great dimensional strength and stability, good fireproof property and the stainless steel wire mesh offers excellent anticorrosion. Reverse Dutch Woven Filter Cloth: Reverse Dutch Weaving is to reverse the wire cloth position with a remarkable number of subtle warp wires closed as much as possible and more spaced weft wires with a higher diameter. The apparent difference between Reverse Plain woven wire mesh and Standard Dutch Plain woven wire mesh lies in thicker warp wires and less weft wires.
Reverse Dutch Woven Filter Wire Cloth is the basic filter material for pharmacy, food, medicine, chemical and other industries.
Dutch Woven Stainless Steel Wire Mesh Filter Cloth Features: High filtering capacity at high pressure, great dimensional strength and stability, anticorrosion and fireproof property.
Dutch Wire Cloth: Dutch woven wire cloth is popularly used as filter cloth with micron openings. Stainless steel Dutch woven wire cloth normally goes from 24/110mesh to 325/2300mesh.
We also supply Five Heddle Weave wire cloth.
Materials: Materials of Dutch Woven Wire Cloth is divided into Type 302, Type 304, Type 304 L, Type 316 and Type 316 L. Stainless Steel Dutch Woven Wire Cloth offers good wear-resistance, heat-resistance, acid-resistance and corrosion resistance. Dutch Woven Wire Cloth in brass, nickel, steel or other metal materials are also available at the customer's request.
Usage: Stainless Steel Dutch Woven Wire Cloth is utilized as filter fittings for chemical industry, medicine, petroleum, telecom-communication, scientific research units and so on. Weaving Patterns of Dutch Wire Cloth can be divided into Dutch Plain Weaving, Dutch Twill Weaving and Dutch Reverse Weaving.
Dutch Twill Weave: Each weft wire passes alternately over two, and then passes the under two successive warp wires. Each warp wire passes alternately over two and under two successive weft wires. It is possible to allow a larger diameter than standard wire diameter.
Five Heddle Weave: Limited sizes are available.
Mesh (mesh/inch) Warp×Weft
Warp×Weft (mm)
Aperture Size (um)
Weight(kg/㎡)
Thickness (mm)
7×40
0.9×0.71
347
6.65
2.32
7×44
0.71×0.63
319
5.55
1.97
8×45
0.8×0.6
310
5.7
2
8.5×60
0.63×0.45
296
4.16
1.53
8×85
0.45×0.315
275
2.73
1.08
10×90
0.45×0.28
249
2.57
1.01
10×76
0.5×0.35
248
3.24
1.21
12×86
0.45×0.315
211
2.93
1.08
12×64
0.56×0.4
3.89
1.36
12.5×76
0.45×0.355
192
3.26
1.16
14×100
0.4×0.28
182
2.62
0.96
14×110
0.355×0.25
177
2.28
0.855
14×76
0.45×0.355
173
3.33
1.16
16×100
0.4×0.28
160
2.7
0.96
17×120
0.355×0.224
155
2.19
0.803
16×120
0.28×0.224
145
1.97
0.728
20×140
0.315×0.20
133
0.715
20×170
0.25×0.16
130
1.56
0.57
20×110
0.355×0.25
126
2.47
0.855
22×120
0.315×0.224
115
2.2
0.763
25×140
0.28×0.2
100
1.96
0.68
24×110
0.355×0.25
97
2.6
0.855
28×150
0.28×0.18
92
1.87
0.64
30×150
0.25×0.18
82
1.79
0.61
30×140
0.315×0.20
77
2.21
0.715
35×190
0.224×0.14
74
1.47
0.504
35×170
0.224×0.16
69
1.62
0.544
40×200
0.18×0.135
63
1.24
0.43
45×250
0.16×0.11
56
1.11
0.384
50×300
0.16×0.09
55
0.98
0.34
60×500
0.14×0.055
51
0.7
0.252
50×270
0.14×0.10
50
0.98
0.34
70×930
0.10×0.03
30
0.39
0.16
65×390
0.125×0.071
42
0.78
0.267
60×300
0.14×0.09
41
0.96
0.32
80×700
0.125×0.04
40
0.6
0.205
60×270
0.14×0.1
39
1.03
0.34
77×560
0.14×0.05
38
0.74
0.24
80×600
0.1×0.045
37
0.53
0.19
70×390
0.112×0.071
0.74
0.254
65×750
0.10×0.036
36
0.43
0.172
70×340
0.125×0.08
35
0.86
0.285
80×430
0.125×0.063
32
0.77
0.251
100×1200
0.063×0.023
23
0.27
0.109
118×750
0.063×0.036
0.38
0.35
Mesh (mesh/inch) Warp×Weft
Warp×Weft (mm)
Aperture Size (um)
Weight (kg/㎡)
Thickness (mm)
20×270
0.25×0.2
119
3.14
0.65
20×200
0.35×0.28
118
4.58
0.915
24×300
0.28×0.18
110
3.01
0.64
20×150
0.45×0.355
101
6.02
1.16
30×340
0.28×0.16
89
2.84
0.6
30×270
0.28×0.20
77
3.41
0.68
40×540
0.18×0.10
70
1.73
0.38
40×430
0.18×0.125
63
2.09
0.43
50×600
0.125×0.09
51
1.47
0.305
50×500
0.14×0.11
47
1.83
0.364
65×600
0.14×0.09
36
1.59
0.32
70×600
0.14×0.09
31
1.61
78×760
0.112×0.071
1.25
0.254
78×680
0.112×0.08
29
1.37
0.272
80×680
0.112×0.08
28
1.38
90×850
0.10×0.063
26
1.12
0.226
90×760
0.10×0.071
24
1.23
0.242
100×850
0.10×0.063
22
1.14
0.226
130×1500
0.063×0.036
21
0.64
0.135
100×760
0.10×0.071
20
1.25
0.242
130×1200
0.071×0.045
18
0.8
0.161
130×1100
0.071×0.05
17
0.87
0.171
150×1400
0.063×0.04
15
0.71
0.143
160×1500
0.063×0.036
0.67
0.135
165×1500
0.063×0.036
14
174×1700
0.063×0.032
13
0.62
0.127
165×1400
0.063×0.04
0.73
0.143
174×1400
0.063×0.04
11
0.74
203×1600
0.05×0.032
10
0.58
0.114
216×1800
0.045×0.03
0.53
0.105
203×1500
0.056×0.036
9
0.67
0.128
250×1900
0.04×0.028
8
0.51
0.096
250×1600
0.05×0.032
0.63
0.114
285×2100
0.036×0.025
7
0.44
0.086
300×2100
0.036×0.025
6
317×2100
0.036×0.025
5
325×2300
0.036×0.024
4
363×2300
0.032×0.022
0.4
0.076
400×2700
0.028×0.02
0.36
0.068
500×3500
0.025×0.015
3
0.3
0.055
Special specifications can be produced by the customer's requirements.
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Contact information
Anping County Resen Screen Co.,Ltd.
Industry Base, South of Anping, Hengshui, Hebei, P.R. China.
