{{ variable.name }}
Product Listing Title | Model: POLYURETHANE ELASTOMER | Polyurethane Raw Materials
URL Slug: polymer-prepolymer-wind-power-high-voltage-sealing-shock-absorption
This polymer prepolymer is formulated for wind power generation components, providing aging resistance, high-voltage sealing and shock absorption. Design suitable for tropical high temperature, high humidity, frequent friction and corrosive water contact. Supports automated two-component metering and high-pressure mixing/pouring.
| Parameter | Value |
|---|---|
| Product Type | Polymer Prepolymer |
| Model | POLYURETHANE ELASTOMER |
| Material | Polyurethane |
| Key Properties | Aging resistance, high-voltage sealing, shock absorption |
| Application | Wind power generation |
| Processing | Two-component metering, high-pressure mixing, pouring |
Base model: POLYURETHANE ELASTOMER. Wind power grade polymer prepolymer. Custom formulations available.
Polyurethane-based polymer prepolymer. Designed to cure into elastomer components with electrical sealing and mechanical damping properties.
Customization supported. Contact us to develop a formulation tailored to your wind power component needs.
Vietnam Raw Material Manufacturer - 10-year partnership, supplied 100 tons for polyurethane elastomer production. Results: stable production quality and improved product performance. Highlights: environmentally friendly, high quality, corrosion-resistant.
1 ton.
30/70.
FOB/CIF.
Pre-shipment testing is available.
Yes, it provides high-voltage sealing properties.
Yes, it offers aging resistance and tropical climate durability.
Contact Vera Li | Email: vera@hechengcpu.com | Tel/WhatsApp: +86 16606109059
Shanghai Hecheng Polymer Technology Co., Ltd | No. 1266 Xinbin Road, Maogang Town, Songjiang District, Shanghai, China
Main image: wind-power-polymer-prepolymer-raw-materials.png | Alt: Polymer prepolymer for wind power sealing and damping components
Detail image: wind-power-polyurethane-traction-wheel.jpg | Alt: Polyurethane wheel for wind power equipment produced from polymer prepolymer