Product Introduction
Bailian Plastic IndustryMPPPipe, also known asMPPThe power cable protection pipe is made of modified polypropylene as the main raw material to produce a type of pipe with high temperature resistance and external pressure resistance, which is divided into excavation type and non excavation type,MPPNon excavation pipe, also known asMPPTop pipe or support pipe. apply to10KVThe above high-voltage transmission line cable conduit pipes.
Bailian Plastic IndustryMPPPerformance characteristics of pipes
1.MPPThe tube has excellent electrical insulation properties.
2.MPPThe tube has high thermal deformation temperature and low-temperature impact performance.
3.MPPRatio of tensile and compressive properties of pipesHDPEHigh.
4.MPPThe pipe is lightweight, smooth, with minimal friction, and can be welded by hot melt welding.
5.MPPLong term use temperature of the tube5~70℃.
Specification and model
|
Serial number
|
nominal outside diameter(mm)
|
wall thickness(mm)
|
Unit Price(first/Rice)
|
Serial Number
|
Nominal outer diameter(mm)
|
wall thickness(mm)
|
Unit Price(first/Rice)
|
|
1
|
110
|
5
|
52
|
14
|
180
|
8
|
138
|
|
2
|
110
|
6
|
62
|
15
|
180
|
10
|
170
|
|
3
|
110
|
8
|
82
|
16
|
180
|
12
|
202
|
|
4
|
125
|
8
|
94
|
17
|
200
|
10
|
190
|
|
5
|
125
|
9
|
104
|
18
|
200
|
12
|
226
|
|
6
|
125
|
10
|
115
|
19
|
200
|
13
|
243
|
|
7
|
160
|
5
|
77
|
20
|
225
|
12
|
256
|
|
8
|
160
|
8
|
122
|
21
|
225
|
13
|
276
|
|
9
|
160
|
9
|
136
|
22
|
225
|
15
|
315
|
|
10
|
160
|
10
|
150
|
23
|
250
|
17
|
396
|
|
11
|
160
|
12
|
178
|
24
|
280
|
18
|
471
|
|
12
|
166
|
8
|
126
|
25
|
315
|
25
|
725
|
|
13
|
170
|
10
|
160
|
|
|
|
|
MPPNon excavation pipe reinforced type
|
Serial Number
|
nominal outside diameter(mm)
|
wall thickness(mm)
|
Unit Price(element/Rice)
|
|
1
|
110
|
11
|
109
|
|
2
|
160
|
13
|
191
|
|
3
|
180
|
15
|
247
|
|
4
|
200
|
16
|
294
|
MPPpipeMain physical and mechanical properties of materials
|
project
|
index
|
test method
|
|
densityg/cm3
|
0.91-0.95
|
GB/033-86
|
|
Sliding Friction Series
|
< 0.35
|
GB/T3960-89
|
|
tensile strength(23±2)℃
|
≥22.0
|
GB/T1040-92
|
|
(70±2)℃Mpa
|
≥16.5
|
GB/T1040-92
|
|
Tensile strength of hot-melt jointMpa
|
≥21.6
|
GB/T3960-92
|
|
bending strength(23±2)℃Mpa
|
≥34.0
|
GB/T9341-2000
|
|
Flexural modulus of elasticityMpa
|
900-1200
|
GB/T9341-2000
|
|
Flat test(D/2, -5℃)
|
Not ruptured
|
GB9647-88
|
|
Vika heat-resistant(10N.50℃/h)℃
|
≥120
|
GB/T1633-2000
|
|
Falling hammer impact(-5℃) D>160mm 10kg*2m
|
9/10Not ruptured
|
GB/T6112-1985
|
|
D≤160mm 6kg*2m
|
9/10Not ruptured
|
GB/T6112-1985
|
|
D≤125mm 5kg*2m
|
9/10Not ruptured
|
GB/T6112-1985
|
|
project
|
index
|
test method
|
|
densityg/cm3
|
0.91-0.95
|
GB/033-86
|
|
Sliding Friction Series
|
< 0.35
|
GB/T3960-89
|
|
tensile strength(23±2)℃
|
≥22.0
|
GB/T1040-92
|
|
(70±2)℃Mpa
|
≥16.5
|
|
Tensile strength of hot-melt jointMpa
|
≥21.6
|
GB/T3960-92
|
|
bending strength(23±2)℃Mpa
|
≥34.0
|
GB/T9341-2000
|
|
flexural modulusMpa
|
900-1200
|
GB/T9341-2000
|
|
Flat test(D/2, -5℃)
|
Not ruptured
|
GB9647-88
|
|
Vika heat-resistant(10N.50℃/h)℃
|
≥120
|
GB/T1633-2000
|
|
Falling hammer impact(-5℃) D>160mm 10kg*2m
|
9/10Not ruptured
|
GB/T6112-1985
|
|
D≤160mm 6kg*2m
|
|
D≤125mm 5kg*2m
|
The pipe material is23±2℃Maximum allowable pulling forcekg
|
nominal outside diameter
Ring stiffness
|
110
|
125
|
140
|
160
|
180
|
200
|
225
|
250
|
|
20KN/m2
|
3060
|
3800
|
4800
|
6300
|
7900
|
9800
|
12400
|
15300
|
|
40KN/m2
|
3700
|
4800
|
6000
|
7900
|
10000
|
12300
|
15600
|
19300
|
|
80KN/m2
|
4600
|
5900
|
7500
|
9700
|
12400
|
15200
|
19300
|
23800
|
application area
Urban and rural non excavation horizontal directional drilling cable conduit engineering, as well as open excavation cable conduit engineering. Urban and rural non excavation water
Directional drilling for sewage discharge pipe project. Industrial wastewater discharge project.
Construction precautions
1.During the transportation and construction of pipes, it is strictly prohibited to throw, hit, scratch, or expose them to sunlight at will.
2.During hot melt docking, the axis of the two pipes should be aligned, and the end face cutting should be vertical and flat.
3.Adjust the processing temperature, time, pressure, and climate conditions accordingly.
4.The minimum bending radius of the pipe should be≥75Outer diameter of the tube.