API 17K jumper hose
The 17K hose is an API 17K-compliant deep-sea oil/gas pipeline with bonded multi-layer construction, offering high-pressure resistance (up to 150MPa), corrosion protection, and fatigue durability for extreme environments. Made of synthetic rubber and reinforced steel, it operates at -40℃ to 120℃ for crude oil, gas, and chemical transport.
Technical Standards: API 17K certification is designed for deep-sea high-pressure environments, requiring hoses to withstand extreme pressures (600 MPa) and maintain durability in corrosive conditions. Letone Technology is a domestic enterprise that holds triple certifications for API 7K, 16C, and 17K.
Product Advantages: Featuring high-pressure resistance, lightweight design, and extended lifespan, its corrosion resistance surpasses traditional steel pipes, making it suitable for deep-sea oil and gas transportation as a steel pipe alternative.
Product technical solution -- With spiral steel wire tube structure
|
Layer Name |
Materials |
Effect |
|
a |
UPE or PTFE (thickness 4.0mm) |
Durable, low friction, and excellent chemical stability |
|
b |
Synthetic rubber |
Good toughness and impact resistance performance |
|
c |
Synthetic rubber |
Buffer layer, with multiple layers of exhaust gaps, featuring exhaust function |
|
d |
Polyester fiber weaving |
Lightweight and high-strength, with extremely strong tensile pulling performance |
|
e |
High-strength ultra-soft copper-coated steel wire |
High pressure resistance and corrosion resistance |
|
f |
Spring steel wire |
It has strong bending and compression resistance capabilities, and also has a certain exhaust function. |
|
g |
Synthetic rubber |
Durable and resistant to weather conditions |
|
h |
UPE (with a thickness of 1.0mm) |
Resistant to ultraviolet radiation, aging and seawater erosion |
Product technical solution -- Armor-covered tube structure
|
Layer Name |
Materials |
effect |
|
a |
UPE or PTFE (thickness 4.0mm) |
Durable, low friction, and excellent chemical stability |
|
b |
Synthetic rubber |
Good toughness and impact resistance performance |
|
c |
Synthetic rubber |
Buffer layer, with multiple layers of exhaust gaps, featuring exhaust function |
|
d |
Polyester fiber weaving |
Lightweight and high-strength, with extremely strong tensile pulling performance |
|
e |
High-strength ultra-soft copper-coated steel wire |
High pressure resistance and corrosion resistance |
|
f |
Synthetic rubber |
Durable and resistant to weather conditions |
|
g |
Stainless steel armored jacket |
It is made by winding interlocking metal structures, which is wear-resistant and resistant to accidental bumps and damages. |
Product technical solution -- Armor-covered tube structure
Fitting Material & Manufacturing: The fittings are precision-forged from 35CrMo high-strength alloy steel. Strict heat treatment ensures uniform fine-grained microstructure and optimal pressure resistance. CNC machining guarantees dimensional accuracy and interchangeability.
Assembly Technology: Hose assemblies feature a double-layer sleeve crimping system that mechanically bonds hose ends to fittings. This physical connection provides secure anti-pullout performance and leak-proof sealing.
Exhaust design: The crimped assembly incorporates an innovative buffer layer with multiple exhaust channels. These strategically guide trapped gas to the fitting's release section, where it exits through crimping grooves—effectively preventing hose swelling.