As the world accelerates toward electric vehicles (EVs), the demand for reliable, high-performance components has never been greater. One critical yet often overlooked element? Cable protection.
we specialize in braided sleeves engineered for extreme conditions—particularly the OHNS series, designed to safeguard high-voltage wiring in EVs, charging stations, and renewable energy systems.
Why Heat Resistance is Non-Negotiable in EV Cabling
EV batteries and power systems generate intense heat, with temperatures often exceeding 100°C in high-load conditions. Standard PVC or nylon sleeves degrade under such stress, leading to:
Insulation breakdown (fire risk)
Abrasion-induced failures (vibration from road conditions)
Premature aging (UV/solar exposure in outdoor charging stations)
Our PEEK monofilament (0.1–0.5mm) and aramid multifilament (200–8000D) sleeves solve these challenges with:
✔ Continuous operation up to 250°C (far beyond industry norms)
✔ 45%+ tensile strength retention after extreme UV/heat cycling (tested per ISO standards)
✔ 100+ steel needle abrasion cycles—critical for engine bay wiring
A European automaker previously faced warranty claims due to cracked cable sheathing in their battery packs. After switching to our texitile Textile sleeves, they saw:
Zero heat-related failures in 18 months of real-world testing
15% weight reduction vs. traditional metal conduit
Faster assembly (pre-slit design cut installation time by 30%)
Beyond EVs: Where Else High-Temp Sleeves Matter
Solar Farms – Withstands desert UV/heat while resisting sand abrasion
Aerospace – Protects avionics wiring from thermal cycling (-60°C to 200°C)
Industrial Robotics – Prevents downtime in high-motion cable carriers
Engineered for Supply Chain Certainty
We guarantee:
✅ Same-day sampling for urgent prototyping
✅ 30% faster lead times vs. imported alternatives (localized Asia/EU stock)
✅ Full test reports (including third-party validations)
