

Polyether Recoil Tubing
Product overview
The listed polyether recoil tubing family uses a coiled format. For a coiled polyether polyurethane tubing inquiry, state the material grade, tube ID and OD, coil geometry and required working reach. Confirm the material designation and model-specific operating conditions before ordering.
Key features
Media in the data
Air, water, oil
Temperature range
-30~+60℃
Sizes
17 listed models, outside diameter 3.2–19.1 mm. Inch sizes are listed where the data sheet gives them.

How the tubing is made and checked
Tubing is produced on extrusion and coiling lines and checked with dimensional, pressure-hold, burst-pressure and tensile equipment listed in the company inventory. Product requirements are reviewed against the drawing and order.
- IncomingCheck supplier documents, material identity, specification, quantity and packaging.
- In processDrawing and route-sheet revision checks, measurement-equipment status and inspection records.
- Finished tubingIdentity, surface and tube-end condition, dimensions, marking, cleanliness and packaging.
Supply terms
MOQ
Standard specifications: 500 m per specification. Custom specifications: from 3,000 m per specification.
Lead time
Standard product: 5–12 working days. Custom product: 10–20 working days. Lead time starts after the technical specification is confirmed and the agreed payment is received.
Samples
Standard specifications: 1–3 m. Sample fee and shipping are paid by the customer; the sample fee can be credited against the first bulk order within 6 months, shipping is not credited.
Final MOQ and lead time are confirmed by material, specification, color, packaging and order quantity.
Selection notes and conditions
Selection at a glance
- Product family: Polyether Recoil Tubing.
- Medium listed in the supplied data: Air, water, oil; confirmation against the exact service conditions is required.
- Dimensions: select ID, OD and the stated model values from the table below.
- Inquiry details: include model, dimensions, quantity, fittings and the intended operating conditions.
Separate material and coil confirmation
Specify the material designation, coil arrangement, working reach and connections. Do not infer fatigue life or fluid compatibility from the recoil form or the polyether name.
Pressure and temperature conditions
Pressure and temperature ratings are listed separately; send your operating point for a combined-condition check. Working pressure is the design rating; burst pressure is a test value. Confirm the model-specific limits, test conditions and complete fitting assembly before use.
Related selection information
Specifications & available sizes
General values and individual size values are listed separately. Pressure and temperature ratings are listed separately; working pressure is the design rating and burst pressure is a test value.
Media compatibility depends on concentration, temperature and service conditions.
Lengths listed below are tube supply / coil lengths, not recoil extension lengths. Spiral diameter, number of turns, usable extension and fittings are confirmed on request.
The source parameter sheet uses the term polyester while the product title states polyether; confirm the exact material grade for your order.
Scroll horizontally to view all columns. Use arrow keys when the table is focused.
| Product | Polyether Recoil Tubing |
|---|---|
| General working pressure (source value) | 5-8kg/cm² |
| Media (confirm compatibility) | Air, water, oil |
| Tear strength (source value) | 110kg/cm² |
| Abrasion loss (source value) | 30mg~40mg |
| General supply length | 100m/200m |
| Temperature range (source value) | -30~+60℃ |
| Diameter tolerance | ±0.05mm |
| Tensile strength (source value) | 600kg/cm² |
| General burst pressure (temperature unspecified) | 30kg/cm² |
Scroll horizontally to view all columns. Use arrow keys when the table is focused.
| Model | ID (mm) | OD (mm) | Length (m) | Working pressure | Burst (temperature unspecified) | Burst at 20°C | Burst at 60°C | Bend radius (mm) | Notes |
|---|---|---|---|---|---|---|---|---|---|
| ZX-0425 | 2.5 | 4 | 200 | 10 kgf/cm² | — | 38 kgf/cm² | 21 kgf/cm² | 10 | — |
| ZX-0530 | 3 | 5 | 200 | 10 kgf/cm² | — | 37 kgf/cm² | 21 kgf/cm² | 12 | — |
| ZX-0640 | 4 | 6 | 200 | 10 kgf/cm² | — | 31 kgf/cm² | 17 kgf/cm² | 15 | — |
| ZX-0850 | 5 | 8 | 100 | 10 kgf/cm² | — | 32 kgf/cm² | 19 kgf/cm² | 19 | — |
| ZX-0855 | 5.5 | 8 | 100 | 8 kgf/cm² | — | 28 kgf/cm² | 16 kgf/cm² | 20 | — |
| ZX-0860 | 6 | 8 | 100 | 6 kgf/cm² | — | 21 kgf/cm² | 11 kgf/cm² | 21 | — |
| ZX-1065 | 6.5 | 10 | 100 | 10 kgf/cm² | — | 31 kgf/cm² | 18 kgf/cm² | 25 | — |
| ZX-1075 | 7.5 | 10 | 100 | 8 kgf/cm² | — | 26 kgf/cm² | 15 kgf/cm² | 35 | — |
| ZX-1280 | 8 | 12 | 100 | 10 kgf/cm² | — | 31 kgf/cm² | 17 kgf/cm² | 37 | — |
| ZX-1410 | 10 | 14 | 100 | 8 kgf/cm² | — | 20 kgf/cm² | 11 kgf/cm² | 56 | — |
| ZX-1612 | 12 | 16 | 100 | 8 kgf/cm² | — | 17 kgf/cm² | 10 kgf/cm² | 60 | — |
| ZX-1613 | 13 | 16 | 100 | 6 kgf/cm² | — | 24 kgf/cm² | 14 kgf/cm² | 60 | — |
| ZX-1/8" | 1.58 | 3.17 | 200 | 10 kgf/cm² | — | 43 kgf/cm² | 24 kgf/cm² | 8 | — |
| ZX-3/4" | 15.88 | 19.05 | 100 | 10 kgf/cm² | — | 35 kgf/cm² | 19 kgf/cm² | 60 | — |
| ZX-1/4" | 4.35 | 6.35 | 200 | 10 kgf/cm² | — | 34 kgf/cm² | 15 kgf/cm² | 15 | — |
| ZX-3/8" | 6.35 | 9.52 | 100 | 8 kgf/cm² | — | 31 kgf/cm² | 17 kgf/cm² | 21 | — |
| ZX-1/2" | 9.6 | 12.7 | 100 | 8 kgf/cm² | — | 34 kgf/cm² | 17 kgf/cm² | 45 | — |
Technical downloads
Product FAQ
How do I specify coiled polyether polyurethane tubing?
State the required material grade, tube ID and OD, coil diameter, turn count, straight ends, fittings and usable working reach. The size table does not define the complete coil assembly. Confirm the polyether or polyester source designation and the model-specific operating conditions.
How should I specify the material for polyether recoil tubing?
State the required material grade and request matching documentation.
Can I infer recoil durability from the polyether product name?
Fatigue and movement-cycle results depend on the model and the assembly. Define travel, routing, temperature and acceptance requirements before sample evaluation.
Let’s Discuss Your Tubing Requirements.
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