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Polycaprolactone TPU Hose & Tube | Flexible, Low-Temperature, Kink-Resistant

Short Description:

Polycaprolactone-based TPU hose and tube compounds with high flexibility, low-temperature performance, hydrolysis and abrasion resistance, suitable for air hoses, pneumatic tubing and fluid transfer lines.


Product Detail

Polycaprolactone TPU Hose & Tube

Polycaprolactone-based TPU compounds for flexible hose and tube, combining low-temperature flexibility, kink resistance and hydrolysis resistance.
Typical uses include air hoses, pneumatic tubing and fluid transfer lines that must stay flexible in cold environments.

Polycaprolactone TPU hose and tube samples

Flexible
Low-Temperature
Kink-Resistant
Abrasion-Resistant
Hydrolysis-Resistant

Applications

PCL-TPU hose and tube grades are used where flexibility, durability and surface quality are required over a wide temperature range:

  • Air hoses and pneumatic lines for tools, equipment and automation systems.
  • Instrumentation tubing for control panels, measurement devices and fluid circuits.
  • Flexible fluid transfer lines where abrasion and bending fatigue are concerns.
  • Coiled hoses that must recover shape while remaining soft in cold conditions.

Polycaprolactone TPU hose and tube application sketch


Typical Grades for Hose & Tube

Grade Hardness Key Performance Processing Typical Use
PCL-TPU Hose 85A 85A Soft, highly flexible, good kink resistance Hose extrusion Air hoses, small-bore pneumatic tubing
PCL-TPU Hose 90A 90A Balance of flexibility and pressure resistance Hose extrusion General-purpose industrial hoses
PCL-TPU Hose 40D 40D Higher stiffness, abrasion and burst pressure Hose / tube extrusion Coiled hoses, outer layer for composite hoses

Note: Grades and hardness are for reference only. Custom hardness, color and hydrolysis resistance can be developed for specific hose constructions.


Key Advantages

  • Low-temperature flexibility for hoses used in cold climates or refrigerated areas.
  • Kink resistance and elastic recovery for small bending radii and repeated flexing.
  • Abrasion and cut resistance for dragging and contact with rough surfaces.
  • Hydrolysis resistance for long-term exposure to moisture and humid environments.
  • Smooth inner bore to reduce pressure drop and particle build-up.

Key features of polycaprolactone TPU hose and tube


Processing & Recommendations

These PCL-TPU compounds are designed for hose and tube extrusion using standard TPU lines:

  • Extrusion: typical melt temperature window 185–210 °C depending on grade and line configuration.
  • Drying: 80 °C × 2–3 hours to achieve stable viscosity and surface quality.
  • Co-extrusion: can be used as single-layer hose or in multi-layer structures as outer or inner layer.
  • Color: natural, translucent tints or opaque colors can be supplied according to your design.

Application Gallery

Examples of polycaprolactone TPU hose and tube in use:

TPU air hoses connected to pneumatic tools
Small TPU tubes on an instrumentation panel
Coiled TPU hose for cold environments


Target Markets

  • Hose and tube manufacturers serving pneumatic and automation systems.
  • Producers of coiled hoses and retractable hose assemblies.
  • OEM and system integrators needing flexible lines for tools and equipment.
  • Converters building multi-layer hose structures requiring a TPU layer.

Request Samples / TDS

Need to evaluate polycaprolactone TPU for a new hose project, or replace an existing TPU grade?
Contact us for sample pellets, trial support and technical data sheets adapted to your hose size, pressure class and temperature range.

Explore related materials:
Polycaprolactone TPU Overview |
PCL-TPU Film & Sheet |
PCL-TPU Industrial Parts


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