10mm 3 Strand HT Polyester Rope – High Strength & Durability
Premium 10mm High Tenacity (HT) Polyester Rope, manufactured from 100% polyester fibres in a traditional 3 strand construction. Designed to deliver excellent strength, durability and reliable performance in demanding marine and general-purpose applications.
This rope remains firm under load while offering a soft, flexible feel, making it easy to handle, knot and splice.
Key Features
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100% High Tenacity Polyester – Strong, durable construction for reliable performance.
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2,060kg Breaking Load – High strength for its diameter, tested unspliced in accordance with ISO 2307.
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Traditional 3 Strand Construction – Easy to splice, handle and work with.
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Excellent UV Resistance – Ideal for prolonged outdoor and marine use.
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Good Abrasion Resistance – Performs well in both wet and dry conditions.
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Firm Under Load – Maintains its structure during regular use.
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Good Chemical Resistance – Suitable for a wide range of working environments.
Technical Specifications
| Specification |
Details |
| Diameter |
10mm |
| Material |
100% High Tenacity Polyester |
| Construction |
3 Strand Plaited |
| Breaking Load |
2,060kg (2.06 Tonnes) |
| Rope Weight |
7.57kg per 100 metres |
| Breaking Load Test |
ISO 2307 (Unspliced) |
| UV Resistance |
Excellent |
| Chemical Resistance |
Good |
| Melting Point |
Approx. 256°C |
| Critical Temperature |
Approx. 170°C |
| Elongation at Break |
Approx. 15–20% |
| Fibre Water Absorption |
Approx. 1–2% |
| Wet Abrasion Resistance |
Good |
| Dry Abrasion Resistance |
Good |
| Rope Standard |
ISO 1141 |
Suitable Applications
Ideal for marine ropework, mooring, general rigging, agricultural use and other applications requiring a strong, durable and easy-to-splice polyester rope.
A dependable, high-strength 3 strand polyester rope combining excellent UV resistance, durability and easy handling for everyday marine and commercial use.
Please Note: The stated breaking load is for unspliced rope and should not be treated as a safe working load. Splices, knots and terminations may reduce overall strength.
