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Soren20060721
JINGCHENG
3917290000 3904610000 3917390000
A lightweight aramid braided PTFE hose is designed for fluid systems that require high pressure resistance, flexible installation, chemical compatibility and lower hose weight.
The JCC-04100-PTFE series uses a straight PTFE inner tube surrounded by an aramid fiber braided reinforcement layer. The PTFE inner tube provides resistance to fuels, gases, acids, alkalis and organic solvents, while the aramid braid improves pressure performance without adding the weight of a conventional stainless steel outer braid.
This hose is suitable for hydraulic machinery, automotive systems, railway equipment, marine pipelines, aircraft, rockets, spacecraft and other technically demanding fluid systems.
An aramid braided PTFE hose consists of:
A straight PTFE inner tube
An anti-static PTFE material option
A high-strength aramid fiber reinforcement layer
Customized fittings and end connections
Aramid fiber has a high strength-to-weight ratio. It allows the hose to achieve strong pressure performance while remaining lighter than many metal-braided alternatives.
The anti-static inner tube is intended to help reduce electrostatic accumulation when transferring suitable fuels, gases and solvents. The required electrical resistance and grounding arrangement should be confirmed according to the application.
Stainless steel braided hoses offer strong mechanical protection, but their weight may be undesirable in mobile, vehicle or aerospace equipment.
Aramid reinforcement can provide several advantages:
Lower hose assembly weight
Strong pressure resistance
Flexible bending performance
Reduced load on equipment connections
Easier routing in vehicles and machinery
No exposed metal braid
Compatibility with vibration-sensitive systems
This makes the hose particularly useful where both high pressure and lightweight construction are required.
The aramid woven outer layer reduces overall hose weight while providing high-strength reinforcement.
The inner tube can provide anti-static performance for applications involving fuels, gases and other media capable of generating electrostatic charge.
The listed 3/8-inch model has a reference working pressure of up to 40 MPa / 5,800 psi.
The hose supports a wide operating temperature range for vehicle, chemical and industrial fluid systems.
PTFE is resistant to many:
Fuels
Gases
Strong acids
Strong alkalis
Coolants
Lubricants
Organic solvents
Hose length, fittings, connection standards, inner diameter and complete assembly configuration can be customized.
Automotive fuel lines
Aircraft fluid systems
Aerospace equipment
Hydraulic machinery
Railway pipelines
Marine fuel systems
Coolant transfer
Lubricant delivery
Hazardous chemical transfer
Gas conveying systems
Rocket and spacecraft pipelines
Lightweight mobile equipment
Item | Specification |
|---|---|
Product Name | Lightweight Aramid Braided PTFE Hose |
Model Series | JCC-04100-PTFE |
Inner Tube | Straight PTFE tube |
Reinforcement | Aramid fiber woven layer |
Temperature Range | -65°C to +220°C |
Inner Diameter Range | 3/8” to 1” |
Main Advantages | Lightweight, flexible and pressure resistant |
Media | Fuel, gas, acids, alkalis, coolant, lubricant and solvents |
Customization | Length, fittings and complete assemblies |
Standard Reference | ISO9001:2015 / US FDA 21 CFR 177.1550 / SGS |
Model | Inner Diameter | Tube Outer Diameter | Finished Hose OD | Working Pressure | Burst Pressure | Minimum Bending Radius |
|---|---|---|---|---|---|---|
JCC-04110-PTFE | 3/8” / 10 mm | 13.1 mm | 15.6 mm | 5,800 psi / 40 MPa | 23,200 psi / 160 MPa | 80 mm |
JCC-04113-PTFE | 1/2” / 13 mm | 16.5 mm | 18.6 mm | 5,437.5 psi / 37.5 MPa | 21,750 psi / 150 MPa | 150 mm |
JCC-04116-PTFE | 5/8” / 16 mm | 19.4 mm | 23.2 mm | 4,785 psi / 33 MPa | 19,140 psi / 132 MPa | 180 mm |
JCC-04119-PTFE | 3/4” / 19 mm | 23.1 mm | 26.6 mm | 4,241.3 psi / 29.25 MPa | 16,965 psi / 117 MPa | 300 mm |
JCC-04125-PTFE | 1” / 25.4 mm | 30.5 mm | 33 mm | 3,552.5 psi / 24.5 MPa | 14,210 psi / 98 MPa | 400 mm |
The values above are catalog reference data. Final operating pressure depends on temperature, medium, fittings, pressure cycles and complete hose assembly design.
Please provide:
Transferred medium
Medium concentration
Working temperature
Normal and maximum pressure
Static-control requirement
Hose length
Required inner diameter
Minimum bending radius
Weight restriction
Fitting and thread standard
Equipment model or drawing
