Stainless Steel Woven Wire Mesh materials and weave types

不锈钢：不锈钢是选择他们的耐磨，耐热，耐酸和耐腐蚀的特点。许多不同等级的不锈钢的用于电线cloth.T304是最常见的，但其他用于特定应用程序以利用每个等级的独特性能优势。丝网制成的不锈钢被广泛应用于矿山，化工，食品工业和医药工业。

我们的不锈钢丝网产品一般由不锈钢类型302,304,304 L，316，316L，321和430等，我们生产线布在各种形式。织造是根据客户的具体要求，如材料，导线直径，网格的大小，宽度和长度决定。

平纹：每个纬丝越过1和下一根经丝，并且每根经丝越过1和下一根纬纱丝，每纬丝具有和经线丝的直径相同。

特点：方形孔径，高流过，相对高开区，作为过滤适用于各种过滤的结果中减去压降可达63微米。

目/英寸

线径

光圈

开放区域

重量（磅）/ 100平方英尺

寸

MM

寸

MM

1x1的

.080

2.03

.920

23.37

84.6

41.1

2X2

.063

1.60

.437

11.10

76.4

51.2

3X3

.054

1.37

.279

7.09

70.1

56.7

4X4

.063

1.60

.187

4.75

56.0

104.8

4X4

.047

1.19

.203

5.16

65.9

57.6

5X5

.041

1.04

0.159

4.04

63.2

54.9

6X6

.035

0.89

0.132

3.35

62.7

48.1

8X8

.028

.71

.097

2.46

60.2

41.1

10X10

.025

.64

.075

1.91

56.3

41.2

10X10

.020

.51

.080

2.03

64.0

26.1

12X12

.023

.584

.060

1.52

51.8

42.2

12X12

.020

.508

.063

1.60

57.2

31.6

14X14

.023

.584

.048

1.22

45.2

49.8

14X14

.020

.508

.051

1.30

51.0

37.2

16X16

.018

.457

.0445

1.13

50.7

34.5

18X18

.017

.432

.0386

.98

48.3

34.8

20X20

.020

.508

.0300

.76

36.0

55.2

20X20

.016

.406

.0340

.86

46.2

34.4

24X24

.014

.356

.0277

.70

44.2

31.8

30X30

.013

.330

.0203

.52

37.1

34.8

30X30

.012

.305

.0213

.54

40.8

29.4

30X30

.009

.229

.0243

.62

53.1

16.1

35X35

.011

.279

.0176

.45

37.9

29.0

40X40

.010

.254

.0150

.38

36.0

27.6

50X50

.009

.229

.0110

.28

30.3

28.4

50X50

.008

.203

.0120

.31

36.0

22.1

60X60

.0075

.191

.0092

.23

30.5

23.7

60X60

.007

.178

.0097

.25

33.9

20.4

70X70

.0065

.165

.0078

.20

29.8

20.8

80X80

.0065

.165

.0060

.15

23.0

23.2

80X80

.0055

.140

.0070

.18

31.4

16.9

90X90

.005

.127

.0061

.16

30.1

15.8

100X100

.0045

.114

.0055

.14

30.3

14.2

100X100

.004

.102

.0060

.15

36.0

11.0

100X100

.0035

.089

.0065

.17

42.3

8.3

110X110

.0040

.1016

.0051

.1295

30.7

12.4

120X120

.0037

.0940

.0064

.1168

30.7

11.6

150X150

.0026

.0660

.0041

.1041

37.4

7.1

160X160

.0025

.0635

.0038

.0965

36.4

5.94

180X180

.0023

.0584

.0033

.0838

34.7

6.7

200X200

.0021

.0533

.0029

.0737

33.6

6.2

250X250

.0016

.0406

.0024

.0610

36.0

4.4

270X270

.0016

.0406

.0021

.0533

32.2

4.7

300X300

.0051

.0381

.0018

.0457

29.7

3.04

325X325

.0014

.0356

.0017

.0432

30.0

4.40

400X400

.0010

.0254

.0015

.370

36.0

3.3

500X500

.0010

.0254

.0010

.0254

25.0

3.8

635X635

.0008

.0203

.0008

.0203

25.0

2.63

Plain Dutch weave: woven as a plain weave. Each warp wire and each weft wire passes over and under the next adjacent complementary wire, as in normal Plain Weave, except the warp wires are larger in diameter than the weft wires. This allows a greater mesh count in the weft direction.

Characteristics: ”zero”—aperture, more solid than square or rectangular mesh, relative high open area, suitable for all kinds of filtration.

Twill weave: Each weft wire passes over two and under two warp wires, and each warp wire passes over and under two weft wires. The wire diameter for both (warp and weft) is mostly the same.

Characteristics: square aperture, less rigid than plain weave, especially suitable for deforming, strong wire cloth due to ratio of wire diameter and aperture, it is mostly used for filtration less than 63 μm .

Dutch twilled weave: Each warp wire and each weft wire passes over and under the next two adjacent complementary wires, as in a normal Twill Weave, except the warp wires are larger in diameter than the weft wires. This allows a greater mesh count in the weft direction. This weave pattern enables the weft wires to be woven more densely, and much smaller aperture sizes can be achieved without forsaking cloth thickness.

Characteristics: ”zero” aperture, light-proof woven, high resistance due to tight wire position, extreme low absolute grade of fineness (down to 5-6μm), high filtration performance in case of low viscose medium, it is the finest filtration in hydraulic systems, especially for critical applications as aero-space, fuel-and combustion.