☀️ NeOCOAT Guangzhou Roof Test Demonstrates ~10°C Temperature Reduction 🌡️
Guangzhou Test - Partially coated metal roofing of factory. Coated area reduced temperature by ~10°C
Recent testing has demonstrated the effectiveness of NeOCOAT Heat Dissipation Coating in reducing heat dissipation when applied to the external surface of metal roofing. The evaluation of small coated outter roof area recorded temperature reductions of up to 10°C, confirming the importance of proper application to achieve optimal performance.
By lowering heat absorption, NeOCOAT can help reduce cooling loads and energy consumption, offering significant benefits for facilities that rely on air conditioning or refrigeration. Designed for long-term durability, the coating provides a practical solution for businesses seeking to improve energy efficiency and sustainability amid rising temperatures and energy costs.
NeOCOAT is suitable for a wide range of applications, including warehouses, refrigerated facilities, industrial buildings, parks and playgrounds, and rooftop solar installations. By reducing heat transfer and lowering the amount of heat absorbed by roofs, walls, and ground surfaces, Neo-COAT helps reduce building cooling loads, lower energy consumption, and support green building initiatives.
In parks, playgrounds, and landscaped environments, it can help minimize heat buildup on exposed surfaces, creating cooler and more comfortable outdoor spaces while reducing the risk of burn injuries caused by hot ground and play equipment.
For rooftop solar systems, lower surface temperatures can improve PV efficiency and energy generation. These benefits contribute to reduced operating costs, enhanced asset performance, and a faster return on investment.
By lowering heat absorption on roofs, walls, and ground surfaces, Neo-COAT supports efforts to mitigate the Urban Heat Island (UHI) effect and create cooler urban environments.
Initially tests showed promising results
