With excellent thermal insulation, moisture-proof and mildew-resistant properties, FRP polyurethane sandwich panels are the preferred material for agricultural thermal insulation houses, livestock houses and fresh-keeping warehouses, providing stable temperature control, durable and corrosion-resistant solutions for agricultural scenarios.

Industry Pain Points:

• Poor thermal insulation of agricultural thermal insulation houses/livestock houses leads to large temperature fluctuations, affecting crop growth and breeding efficiency;

• High humidity and ammonia gas in breeding environments cause traditional panels to be prone to moisture, corrosion and mildew;

• Poor weather resistance of outdoor agricultural building panels leads to aging and deformation under long-term sun and rain, resulting in short service life;

• Long construction cycles of agricultural buildings make it difficult to adapt to seasonal production needs, leading to high labor costs.

Solutions:

• Efficient thermal insulation and temperature control: Polyurethane core material with low thermal conductivity provides excellent thermal insulation performance, reducing temperature fluctuations and adapting to the growth needs of crops and breeding organisms;

• Moisture-proof, mildew-proof and corrosion-resistant: Dense and waterproof FRP surface is acid and alkali resistant, ammonia corrosion-resistant, not easy to mildew, adapting to high humidity breeding environments;

• Strong weather resistance: Panels are UV-resistant and anti-aging, not easy to fade or deform after long-term outdoor use, with long service life;

• Quick construction and installation: Panels can be modularly spliced with short construction cycles, adapting to seasonal agricultural production needs and reducing labor costs.

Core Advantages:

• Stable thermal insulation performance, effectively reducing energy consumption costs of agricultural thermal insulation houses/livestock houses;

• Moisture-proof, mildew-proof and corrosion-resistant, adapting to complex breeding environments such as high humidity and ammonia gas;

• Strong weather resistance, stable performance after long-term outdoor use, with low maintenance costs;

• Convenient and efficient installation, quick construction, adapting to seasonal agricultural production needs.