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A single-layer PTFE braided hose combines the chemical resistance and smooth internal surface of PTFE with the pressure reinforcement of a high-strength 304 stainless steel wire braid.
The JCC-01100-PTFE series uses a smooth PTFE inner tube covered by one stainless steel braided reinforcement layer. This construction helps control tube expansion under pressure while protecting the PTFE tube from external mechanical damage.
Shenzhen Jingcheng High-tech manufactures customized single-braid PTFE hose assemblies for machinery, automotive equipment, medical devices, aerospace systems, chemical processing, energy equipment and other demanding industrial applications.
The hose consists of two main functional layers:
The PTFE material-contact layer provides:
Excellent chemical resistance
Low internal friction
Reduced material retention
Stable high- and low-temperature performance
Compatibility with many industrial fluids
The external braid helps:
Increase working-pressure capability
Improve burst resistance
Restrict tube expansion
Protect the PTFE tube
Improve hose assembly stability
This structure provides a practical balance between pressure performance, flexibility and overall hose weight.
Ordinary rubber and plastic hoses may deteriorate when exposed to corrosive chemicals, high temperatures or continuous pressure.
Possible failure modes include:
Swelling
Chemical degradation
Cracking
Hardening
Excessive expansion
Permeation
Fitting leakage
Premature hose failure
A stainless steel braided PTFE hose provides a wider chemical and temperature range for demanding process systems.
The catalog temperature range is:
-70°C to +260°C
Final working pressure must be derated according to the actual operating temperature.
Selected catalog sizes have working pressures up to 42 MPa, depending on the hose diameter.
The smooth PTFE bore helps reduce flow resistance and material buildup.
The hose can be configured for many compatible:
Acids
Alkalis
Solvents
Fuels
Oils
Gases
Chemical process fluids
The catalog lists applications in machinery, electronics, automotive, medical, aerospace, chemical, computer, energy, military and communications industries.
Available customization includes:
Hose length
Inner diameter
End fittings
Thread standards
Crimping structure
Protective covers
Anti-static inner tube options
Complete hose assemblies
Chemical fluid transfer
Industrial machinery
Automotive fluid systems
Medical equipment
Aerospace equipment
Hydraulic systems
Pneumatic systems
Fuel and oil lines
Laboratory equipment
Electronic manufacturing systems
Energy equipment
High-temperature process lines
Item | Specification |
|---|---|
Product Name | Single-Layer PTFE Braided Hose |
Model Series | JCC-01100-PTFE |
Inner Tube | Smooth PTFE |
Reinforcement | One layer of 304 stainless steel braid |
Temperature Range | -70°C to +260°C |
Inner Diameter Range | 5/32" to 1" |
Main Advantages | Chemical resistance, smooth flow and pressure reinforcement |
Customization | Length, fittings, diameter and assembly |
Catalog References | ISO9001:2015 / US FDA 21 CFR 177.1550 / SGS |
Model | Inner Diameter | PTFE Tube OD | Finished Hose OD | Working Pressure | Burst Pressure | Minimum Bending Radius |
|---|---|---|---|---|---|---|
JCC-01104-PTFE | 5/32" / 4 mm | 6 mm | 7 mm | 27 MPa | 82 MPa | 42 mm |
JCC-01106-PTFE | 1/4" / 6.35 mm | 8.35 mm | 9.6 mm | 42 MPa | 126.9 MPa | 75 mm |
JCC-01108-PTFE | 5/16" / 8 mm | 10.4 mm | 11.7 mm | 19 MPa | 57.9 MPa | 82 mm |
JCC-01110-PTFE | 3/8" / 9.7 mm | 12.1 mm | 13.6 mm | 23 MPa | 70.2 MPa | 100 mm |
JCC-01113-PTFE | 1/2" / 12.7 mm | 15.1 mm | 16.7 mm | 23 MPa | 68 MPa | 125 mm |
JCC-01116-PTFE | 5/8" / 15.9 mm | 18.3 mm | 19.6 mm | 18 MPa | 53.8 MPa | 160 mm |
JCC-01119-PTFE | 3/4" / 19 mm | 22 mm | 23.8 mm | 15 MPa | 44.8 MPa | 195 mm |
JCC-01125-PTFE | 1" / 25.4 mm | 29.4 mm | 31 mm | 10 MPa | 31 MPa | 260 mm |
The listed values are catalog reference data. Final allowable pressure depends on temperature, fittings, pressure cycles, hose length and complete assembly design.
A correctly specified single-braid PTFE hose can help:
Improve chemical compatibility
Increase pressure resistance
Reduce hose expansion
Maintain stable fluid flow
Support high-temperature operation
Reduce internal material residue
Improve equipment connection reliability
Reduce premature replacement
Match domestic and imported machinery
Simplify customized hose procurement
Please provide:
Transferred medium
Chemical concentration
Working temperature
Normal working pressure
Maximum system pressure
Hose length
Required inner diameter
Minimum bending radius
Static or dynamic installation
Inlet and outlet fittings
Thread standard
Original hose sample or drawing
