MOQ | 500 pieces |
Port | china |
Packaging | customized |
Quality | Premium |
Flexible
composite high-pressure conveying pipe is a kind of
pipe
fittings for the oil and gas industry made of polymer composite
materials with certain high strength, high pressure, corrosion
resistance, scale resistance, small friction coefficient, good
heat preservation, good flexibility and long
life.The
flexible composite high-pressure conveying pipe is composed of
polyethylene resin inner core tube, stainless steel inner
core tube, reinforcement layer and outer protective
layer.Flexible composite
high -pressure conveying pipes are divided in to oil
transportation compounds according to their uses
Pipe,
composite pipe for gas transmission, composite pipe for
water transmission, composite pipe for alcohol injection.
everyThe type of pipe diameter and use is different, and the
nominal pressure and wall thickness also existof differences. The
raw materials required for the manufacture of flexible composite
high-pressure conveying pipes are: stainless steel pipes,
polyethylene resin, reinforced fiber wire, reinforced wire.
The intention of research and development of flexible composite
high - pressure conveying pipes
Righteousness:
1. In order to reduce the loss caused by corrosion, petroleum workers constantly screen the pipe materialAt present, steel pipes, steel skeleton plastic pipes, FRP pipes, etc. are widely used in oil production, gas production, gathering and transportation, water injection and other projects.
2., steel pipe - high strength; Easy corrosion leakage, short life, malignant accidents are common.
3, Steel skeleton plastic pipe - can withstand high pressure; There is serious corrosion and peeling phenomenon, poor adaptability to temperature and air tightness.
4, FRP pipe - corrosion resistance, antiscaling; Poor toughness, poor resistance to external extrusion, easy to break, limited scope of use. The length of the single pipe is limited, the connection is frequent, the joint sealing is poor, the failure frequency is high, it is easy to be damaged and difficult to repair.
5, flexible composite high-pressure conveying pipe - the application of new materials and new processes to create new products, the product has the advantages of the above pipes, but also has the characteristics of corrosion resistance, high temperature resistance, it will bring revolutionary changes to the oil and gas industry.
Construction advantages of flexible composite high-pressure conveying pipe:
1. Due to the soft pipe body, the flexible composite high-pressure conveying pipe can be guided by force in the actual laying process, effectively reducing the damage to oil and gas pipelines caused by disasters such as geological faults, geological cracks, loess collapse, and goaf areas.
2. Flexible composite high-pressure conveying pipe production pipeline, single length according to the requirements to determine the length of the pipe body, length up to hundreds of meters, installation is fast and convenient, greatly reduce the labor intensity of workers, shorten the construction period. Improve efficiency and save production costs.
3. Reduce the welding
fee, flaw detection fee, mending fee, anti-corrosion cost of
steel pipe pipe, and can get better economic and social benefits.
Product advantages: high working pressure, corrosion resistance,
weather resistance, no deformation of hot and cold, anti-scaling,
small friction, long product service life, strong bearing
capacity, strong tensile ability, etc., and the use of special
craftsmanship tube is attached with sedimentation groove, to
ensure long-term use of consistent diameter, pipe body bonding
firmly. Product structure: composed of inner core tube,
reinforcement layer (fiber wire reinforcement, steel wire
reinforcement), outer protective layer Working temperature:
(-50~110 °C). Operating pressure: (≤48MPA). On-site
maintenance:Equipped with emergency repair hoop, emergency repair
pipeline, tee, four-way and so on.
Nominal diameter Nor m a l diameter |
Inner diameter Inside dii amet er |
ANSI |
Pressure rating Pressure grand |
weight weight |
Minimum bending radius Min.be n ding radius |
Maximum length Max.length |
||||||
foot inch |
millimetre mm |
foot inch |
millimetre mm |
Connector model rating Connection grand |
PSI |
KPA |
lbs / lbs Pd/ inch |
kg/ m kg/ meter |
foot inch |
millimetre mm |
foot inch |
rice metre |
11 2 |
48 |
1 . 6 |
43 |
300# |
750 |
5100 |
1 . 1 4 |
1 . 70 |
221 2 |
720 |
18000 |
5488 |
600# |
1500 |
10200 |
1 . 9 4 |
2 . 89 |
||||||||
1500# |
3000 |
20700 |
3 . 18 |
4 . 73 |
||||||||
2 |
60 |
2 . 1 |
J53 |
300# |
750 |
5100 |
1 . 6 0 |
2 . 38 |
The30 |
900 |
15000 |
4573 |
600# |
1500 |
10200 |
2 . 6 5 |
3 . 94 |
||||||||
1500# |
3000 |
20700 |
4 . 20 |
6 . 25 |
||||||||
21 2 |
73 |
2 . 5 |
64 |
300# |
750 |
5100 |
2 . 10 |
3 . 12 |
1 37 2 |
1095 |
13000 |
3963 |
600# |
1500 |
10200 |
3 . 41 |
5 . 07 |
||||||||
1500# |
3000 |
20700 |
5 . 25 |
7 . 81 |