RPD, Reverse Plain Dutch Weave

TRD, Twilled Reverse Dutch Weave

 

 

RPD Reverse Plain Dutch Weave
TRD Twilled Reverse Dutch Weave
RPD Reverse Plain Dutch Weave (above), TRD Twilled Reverse Dutch Weave (below)

RPD
Reverse Plain Dutch Weave.


TRD
Twilled Reverse Dutch Weave.

 

RPD has warp wires laid as close as possible one to another with relatively thin diameters, while the weft wires are very strong so called reversed weave.

 

TRD is also a Reversed Dutch Twilled type, although in a twilled form. The warp wires are distributed as with RPD, although the weft wires are knocked up in a twilled weave pattern, so as not to deform the warp wires too much.

1

2

3

4

5

6

7

8

9

HB-Code

Mesh

Micron Retention

Micron Retention

Equation Factors for

Tensile Strength

Porosity theor. 

Weight

Cloth Thickness

 

 

nominal

absolute

 Permeability Performance

Warp

Weft

 

 

 

 

 

μm

μm

Y

M

N

N

%

kg/m2

mm

RPD 15

720x150

15

16- 20

35.63

0.01726

240

400

45

0.65

0.15

RPD 17

630x130

17

20- 24

30.95

0.02967

210

480

51

0.85

0.22

RPD 25

600x100

25

34- 38

10.14

0.01751

205

425

56

0.80

0.23

RPD 40

290x 75

40

53- 58

12.94

0.03460

540

700

51

1.55

0.40

RPD 60

175x 50

60

67- 75

8.29

0.03479

570

1200

47

2.40

0.57

TRD 75

400x120

75

75- 80

4.00

0.00520

360

230

62

0.73

0.24

RPD 80

130x 35

80

95-105

8.25

0.01614

860

1250

49

3.10

0.77

RPD 85

175x 37

85

100-106

3.81

0.00255

780

720

54

2.10

0.57

RPD 90

170x 40

90

106-118

4.03

0.01569

890

770

54

2.10

0.57

TRD 125

260x 40

125

112-125

1.12

0.16700

2220

580

54

2.25

0.62

RPD 400

84x 14

 

450-530

0.33

0.01028

1630

1160

62

3.50

1.15

TRD 400

132x 17

 

400-450

1.00

0.01686

4500

760

57

4.65

1.35

RPD 500

80x 14

 

560-630

0.10

0.01123

1550

1160

64

3.40

1.18

TRD 500

72x 15

 

500-600

0.02

0.01567

5330

810

57

6.35

1.85

Ohter specifications upon request

 

Notes on Table :

The following indications are based on approximate values. The actual permeability performance depends on the working conditions. For single applications it might be necessary to carry out a technical feasibility test.

Column 5: The equation for filter performance is in the form DP = Y . V + M . V2 [V = airflow in cm/sec, DP = differential pressure in mbar . 10-3 determined with air at 20C, 1013 mbar.

Column 6: Tensile strength in Newton (N) of wire weave section 10 mm wide, 100 mm long.

Column 8: Weight kg/m2, stainless steel 1.4301


YOU ARE HERE: Applications & Products - Minimesh Metal Filter Cloth - RPD & TRD, Reverse Plain Dutch Weave & Twilled Reverse Dutch Weave