Product introduction

Ultra High Molecular Weight Polyethylene UHMWPE Rope

  • HIGH-STRENGTH UHMWPE FIBER – Premium single-braid synthetic rope delivers exceptional strength without the weight and bulk of conventional rope, with breaking strengths from 6,000 to 29,100 lb depending on diameter.

  • LOW-STRETCH PERFORMANCE – Engineered for applications requiring strength and minimal elongation, providing responsive, dependable performance for halyards, sheets, guys, marine rigging and other demanding uses.

  • High Strength-to-weight Ratio! Made of 100% UHMWPE fiber (UHMWPE is known as different trade names, like dyneema, spectra by different manufacturers), yields highest strength in lightest weight, 15 times stronger than steel by weight. Holds greatest energy in lightest weight! Weighs much less than nylon and polyester cord, also much less bulkier, excellent for outdoor carry.

  • LEAST STRETCH! Stretch annoys much in hauling, rigging and other applications. UHMWPE almost has no stretch under working load. This feature really does a great help in saving labors.


Product parameters

Dia.12-50mm
MOQ3000m
Price$1-5/m
ColorBlack

FAQ

Q1: What is UHMWPE?

A: UHMWPE (Ultra-high molecular weight polyethylene) is a special engineering plastic with viscosity average molecular weight from 3 million to 10 million. It features outstanding wear resistance, high impact resistance, self-lubrication, near-zero water absorption, acid & alkali corrosion resistance and excellent low-temperature performance.

Q2: What is the difference between UHMWPE and ordinary HDPE?

A: The molecular weight of UHMWPE is more than 10 times that of HDPE. Its wear resistance is 4~6 times higher, impact strength is much better and friction coefficient is lower, so materials are less likely to stick on surface. HDPE has better rigidity, but its wear and impact performance are far inferior to UHMWPE.

Q3: What is its working temperature range?

A: Continuous working temperature: -196℃ ~ +80℃. It remains tough and will not crack under ultra-low temperature. It will gradually soften when temperature exceeds 80℃, not suitable for long-term high-temperature working conditions.


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_20220331100121
_20220331100121