FRP polyurethane sandwich panels are the ideal material for bodies of refrigerated trucks, bulk cargo vehicles, box trucks and special operation vehicles. Designed specifically for transportation and special operation scenarios, our lightweight and high-strength composite structure helps customers reduce vehicle weight, lower operating energy consumption, and improve the thermal insulation performance and service life of the body.
Industry Pain Points:
Traditional metal bodies are too heavy, reducing vehicle load efficiency and increasing fuel costs;
Poor thermal insulation leads to large temperature fluctuations in refrigerated trucks and high cargo loss rates;
Harsh outdoor operating environments cause the body to corrode and rust easily, resulting in high maintenance costs;
High customization difficulty makes it hard to adapt to different vehicle body sizes and design requirements.
Solutions:
Lightweight composite structure: FRP panel + polyurethane core material, 30%-50% lighter than traditional metal panels, effectively improving vehicle load ratio;
Efficient thermal insulation: Polyurethane core material with low thermal conductivity provides excellent thermal insulation performance, significantly reducing refrigeration energy consumption;
Durable protection: FRP surface is waterproof, corrosion-resistant, anti-aging, acid and alkali resistant, and weather-resistant, suitable for harsh outdoor environments;
Customized adaptation: Supports customization of panel thickness, size and surface texture, can be pre-cut according to vehicle models, and adapts to CKD/SKD/CBU assembly methods.
Core Advantages:
Stable material performance and long service life, greatly reducing post-maintenance costs;
Independent production across the entire industrial chain, from FRP panels to finished sandwich panels, with traceable quality;
Quick response to customer customization needs, short delivery cycles and comprehensive technical support;
Adapts to various market standards and supports export to multiple countries and regions worldwide.
