FRP polyurethane sandwich panels are the preferred material for cold storage, prefabricated buildings, and mobile homes, combining efficient thermal insulation, quick installation, and durable corrosion resistance to provide stable and reliable solutions for cold chain warehousing and temporary construction scenarios.

Industry Pain Points:

• High operating energy consumption of cold storage; traditional panels have insufficient thermal insulation performance with large temperature fluctuations;

• Long construction cycles and low installation efficiency of prefabricated buildings/mobile homes, leading to high labor costs;

• Outdoor building panels are prone to moisture, corrosion and deformation, resulting in short service life;

• Cold storage panels have insufficient fire resistance, posing safety hazards and failing to meet fire safety standards.

Solutions:

• Efficient thermal insulation core material: Polyurethane core material with low thermal conductivity provides excellent thermal insulation performance, significantly reducing cold storage operating energy consumption and stabilizing internal temperature;

• Modular quick installation: Panels can be directly spliced and assembled without complex construction, shortening the building cycle and reducing labor costs;

• Waterproof and corrosion-resistant panel: FRP surface is dense and waterproof, weather-resistant, acid and alkali resistant, suitable for complex environments such as humidity and high/low temperatures;

• Optional flame-retardant core material: Supports customization of flame-retardant grade core materials to meet fire safety standards for cold storage and construction industries.

Core Advantages:

• Stable thermal insulation performance that does not degrade over time, effectively reducing cold storage operating costs;

• Convenient and efficient installation, adapting to the rapid construction needs of prefabricated buildings;

• Weather-resistant and corrosion-resistant, adapting to various complex usage scenarios such as high/low temperatures and humidity;

• Customizable panel specifications and core material parameters according to building size and performance requirements.