Netting made from hydrophobic composite yarn
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Tougher, Lighter, More Weather-Resistant — New Hydrophobic Composite Yarn

Adopted by a well-known Japanese building-materials company for its weathering and strength. Three upgrades: ageing resistance, tensile strength, drainage.

Hydrophobic composite yarn product overview
Hydrophobic composite yarn: fast draining and light
Rope in hydrophobic composite yarn
Rope in hydrophobic composite yarn

With thanks to the Japanese building-materials company whose order — and feedback on weathering and toughness — accompanied this launch. Our new hydrophobic composite yarn brings three core upgrades that address the usual pain points of long-term outdoor use.

Outstanding ageing resistance
Proprietary UV protection keeps strength and colour stable through years of sun and wind, with far less embrittlement and a much longer service life.
Very high tensile strength
Advanced braiding raises breaking strength across the board, giving more margin under heavy impact or strong wind.
Excellent drainage
Drains fast after rain — no pooling, no added weight, light to install and dry in service.

The netting is a bright, clean white that makes soiling easy to spot, with overall durability raised across the board — a good fit for projects with both appearance and long-term performance requirements.

Ordinary fall-arrest netting vs high-tenacity hydrophobic netting

Ordinary fall-arrest nettingHigh-tenacity hydrophobic netting
MaterialHDPEComposite
ColourYellowWhite
Water absorption (standard state)0%0%
Thermal behaviourSoftens 100–115°C, melts 125–135°C, burns after meltingSoftens 180–200°C, melts 200–220°C, burns after melting
Weathering (outdoor exposure)Degrades relatively quickly outdoorsWeathering improved by a factor of 1.5 or more; degrades more slowly
Recommended service lifeReplace after 1 yearReplace after 2 years
Single-cord tensile strength190 kgf271 kgf
Comparison chart of ordinary and hydrophobic netting properties
Property comparison chart with tensile test photographs.

Note: tensile figures are calculated from supplied test values — 271 kgf ÷ 190 kgf ≈ 1.43×; the weathering figure is compiled from supplied data. Actual service life still depends on sun exposure, installation and site conditions.

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