Warp-knitted composite geotextile uses glass fiber or synthetic fiber as reinforcing material, which is compounded to non-woven geotextile through a certain process, thereby improving the overall performance of the product.
1.Width: 2-6 meters or customized according to customer requirements
2.Length: 50 meters per roll or customized according to customer requirements
3.Color: black or customized according to customer requirements
4.Material: polyester, glass fiber, etc.
5.Standard: GB/T35752-2017
6.Delivery period: spot or 5-10 days after order confirmation
7.MOQ: bulk or retail
8.Samples: free samples can be provided
✉E-mail:[email protected]☎Mobile: +8618063297452(WhatsApp) Extra Valuable Service ✧High Quality: ISO/CE certificated ✧Global Transportation Service ✧Free Samples & Free Design ✧Full Satisfaction Guaranted: 5 Years
The production process of warp-knitted composite geotextile is a complex and delicate process involving multiple key steps and multiple raw materials. After the warping process, the polyester yarns are straightened and arranged in parallel, and then the lining yarns (lining warp yarns and lining weft yarns) are tied to the non-woven geotextile through the weaving yarn using the warp knitting technology to form a warp knitted biaxial structure. This structure has excellent mechanical properties such as high tensile strength, high modulus, creep resistance, and high tear strength.
The warp knitted biaxial structure is then compounded with the non-woven geotextile to solve the problems of low relative strength, large elongation at break, and poor dimensional stability of the non-woven geotextile. During the compounding process, the lining yarns are straightened in parallel in the longitudinal and transverse directions of the geotextile, and the weaving yarns tie them together with the non-woven geotextile to form a strong composite structure.
In order to improve the composite effect, some subsequent processing procedures can also be added, such as the coating process using a coating machine to adopt a tentering shaping process to apply a layer of emulsified asphalt coating to enhance the wear resistance and corrosion resistance of the geotextile. It is usually used in reinforcement, filtration and other fields where ordinary geotextiles cannot meet the requirements. Warp-knitted composite geotextile is a new type of composite material.
✦Advantages of Warp-knitted Composite Geotextiles
Warp-knitted composite geotextiles usually have high physical and mechanical performance indicators such as tensile strength, tear resistance, and bursting resistance
High strength, good elongation, and large deformation modulus
Acid and alkali resistance, corrosion resistance, aging resistance, and good anti-seepage performance
High quality and low price, having good economic benefits
HDPE Pipes for Portable Water & Natural Gas
HDPE Pipe for Gaseous Fuels and Natural Gas
Electrofusion welding
Butt fusion welding
Socket fusion welding
Quick fittings connection
Saddle welding
Flange connection
✦HDPE Fittings Manufacturerd and Supplied together with our HDPE Pipes
✦Specifications of Warp-knitted Composite Geotextiles
ISO 4427-2: Plastics piping systems. Polyethylene pipes & fittings for water supply – Part 2: Pipes
EN 12201-2: Plastics piping systems for water supply – Polyethylene – Part 2: Pipes
EN 1555-2: Plastics piping systems for the supply of gaseous fuels – Polyethylene – Part 2: Pipes
ISO 4437-2: Plastics piping systems for the supply of gaseous fuels – Polyethylene – Part 2: Pipes
ISO Size and Dimension Data
Henan Bingo Pipeline ISO HDPE Series
Pressure Ratings are calculated using a 1,25 design coefficient (C) for MRS at 20°C as listed in PPI TR-4 for PE 100 materials. Pressure ratings are based on water applications. Temperature, Chemical, and Environmental use considerations may require use of additional design coefficients.
ISO 4427 Pipe Series
S 3.2
S 4
S 5
S 6,3
S 8
S 10
S 12,5
S 16
ASTM F714 DR
DR 7.4
DR 9
DR 11
DR 13.6
DR 17
DR 21
DR 26
DR 33
Nominal Pressure PE 100
PN = 25 bar
PN = 20 bar
PN = 16 bar
PN = 12,5 bar
PN = 10 bar
PN = 8 bar
PN = 6 bar
PN = 5 bar
Nominal Size DN (mm)
Equiv Size (in)
Min Wall (mm)
Average ID (mm)
Min Wall (mm)
Average ID (mm)
Min Wall (mm)
Average ID (mm)
Min Wall (mm)
Average ID (mm)
Min Wall (mm)
Average ID (mm)
Min Wall (mm)
Average ID (mm)
Min Wall (mm)
Average ID (mm)
Min Wall (mm)
Average ID (mm)
20
0.79
3.0
13.6
2.3
15.12
2.0
15.76
1.5
16.88
1.2
17.51
1.0
17.98
0.6
18.72
0.61
18.72
25
0.98
3.5
17.60
3.0
18.64
2.3
20.12
2.0
20.76
1.5
21.88
1.2
22.48
0.8
23.39
0.76
23.39
32
1.26
4.4
22.70
3.6
24.37
3.0
25.64
2.4
26.91
2.0
27.76
1.5
28.77
1.0
29.94
0.97
29.94
40
1.57
5.5
28.30
4.5
30.46
3.7
32.16
3.0
33.64
2.4
34.91
2.0
35.76
1.2
37.43
1.21
37.43
50
1.97
6.9
35.40
5.6
38.13
4.6
40.25
3.7
42.16
3.0
43.64
2.4
44.91
2.0
45.76
1.52
46.79
63
2.48
8.6
44.80
7.1
47.95
5.8
50.70
4.7
53.04
3.8
54.94
3.0
56.64
2.5
57.70
1.91
58.95
75
2.95
10.3
53.20
8.4
57.19
6.8
60.58
5.6
63.13
4.5
65.46
3.6
67.37
2.9
68.85
2.27
70.18
90
3.54
12.3
63.90
10.1
68.59
8.2
72.62
6.7
75.80
5.4
78.55
4.3
80.88
3.5
82.58
2.73
84.22
110
4.33
15.1
78.00
12.3
83.92
10.0
88.80
8.1
92.83
6.6
96.01
5.3
98.76
4.2
101.10
3.33
102.93
125
4.92
17.1
88.70
14.0
95.32
11.4
100.83
9.2
105.50
7.4
109.31
6.0
112.28
4.8
114.82
3.79
116.97
140
5.51
19.2
99.30
15.7
106.72
12.7
113.08
10.3
118.16
8.3
122.40
6.7
125.80
5.4
128.55
4.24
131.01
160
6.30
21.9
113.60
17.9
122.05
14.6
129.05
11.8
134.98
9.5
139.86
7.7
143.68
6.2
146.86
4.85
149.72
180
7.09
24.6
127.80
20.1
137.39
16.4
145.23
13.3
151.80
10.7
157.32
8.6
161.77
6.9
165.37
5.45
168.44
200
7.87
27.4
141.90
22.4
152.51
18.2
161.42
14.7
168.84
11.9
174.77
9.6
179.65
7.7
183.68
6.06
187.15
225
8.86
30.8
159.70
25.2
171.58
20.5
181.54
16.6
189.81
13.4
196.59
10.8
202.10
8.6
206.77
6.82
210.55
250
9.84
34.2
177.50
27.9
190.85
22.7
201.88
18.4
210.99
14.8
218.62
11.9
224.77
9.6
229.65
7.58
233.94
280
11.02
38.3
198.80
31.3
213.64
25.4
226.15
20.6
236.33
16.6
244.81
13.4
251.59
10.7
257.32
8.48
262.01
315
12.40
43.1
223.60
35.2
240.38
28.6
254.37
23.2
265.82
18.7
275.36
15.0
283.20
12.1
289.35
9.70
294.44
355
13.98
48.5
252.20
39.7
270.84
32.2
286.74
26.1
299.67
21.1
310.27
16.9
319.17
13.6
326.17
10.90
331.89
400
15.75
54.7
284.00
44.7
305.24
36.3
323.04
29.4
337.67
23.7
349.76
19.1
359.51
15.3
367.56
12.30
373.92
450
17.72
61.5
319.60
50.3
343.36
40.9
363.29
33.1
379.83
26.7
393.40
21.5
404.42
17.2
413.54
13.80
420.74
500
19.69
67.6
356.70
55.8
381.70
45.4
403.75
36.8
421.98
29.7
437.04
23.9
449.33
19.1
459.51
15.30
467.56
560
22.05
75.7
399.50
62.5
427.50
50.8
452.30
41.2
472.66
33.2
489.62
26.7
503.40
21.4
514.63
17.20
523.54
630
24.80
85.1
449.60
70.3
480.96
57.2
508.74
46.3
531.84
37.4
550.71
30.0
566.40
24.1
578.91
19.30
589.08
710
27.95
95.9
506.70
79.3
541.88
64.5
573.26
52.2
599.34
42.1
620.75
33.9
638.13
27.2
652.34
21.80
663.78
800
31.50
108.1
583.8
89.3
610.68
72.6
646.09
58.8
675.34
47.4
699.51
38.1
719.23
30.6
735.13
24.50
748.06
900
35.43
126.62
646.76
100.0
700.00
81.7
726.80
66.2
759.66
53.3
787.00
42.9
809.05
34.4
827.07
27.60
841.49
1000
39.37
135.14
729.72
111.12
777.76
90.2
808.78
72.5
846.30
59.3
874.28
47.7
898.88
38.2
919.02
30.60
935.13
1200
47.24
162.16
875.68
133.34
933.32
109.1
981.82
88.2
1013.02
67.9
1056.05
57.2
1078.74
45.9
1102.69
36.70
1122.20
1400
55.12
189.19
1021.62
155.56
1088.88
127.3
1145.46
102.9
1181.85
82.4
1225.31
66.7
1258.60
53.5
1286.58
42.90
1309.05
This product flyer is intended for reference purposes. It should not be used in place of the advice from a licensed Professional Engineer. Nominal pressure (PN) is based on C = 1,25 and an operating temperature of 20°C. Weight is calculated using DN and Minimum wall plus 6% for use in estimating fluid flow. Actual ID will vary. When designing components to fit the pipe ID, refer to pipe dimensions and tolerances in the applicable pipe manufacturing specification. To obtain pressure in psi, multiply bar by 14.5 (1 bar ≈ 14.5 psi). Additional information is available at www.bingopipes.com.
Other specifications have not been shown on our dimension chart, please CONTACT US for more information
✦Applications of Warp-knitted Composite Geotextiles
Warp-knitted composite geotextile is a geosynthetic material with a wide range of applications and significant functional characteristics. Warp-knitted composite geotextile is mainly used for dam reinforcement and drainage, anti-filtration, homogenization of base stress, prevention of foundation deformation and cushion clogging, and it can also accelerate consolidation and drainage, improving the stability of foundation strength. In addition, warp-knitted composite geotextile is also used to strengthen slope fill to improve stability, and is used in tunnels, pools, water level changes, soil loss, underground pipe drainage and other scenarios
