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Self-cooling coating - Non-Metallic Substrate Scenarios

Energy-saving cooling, suitable for various substrates, elegant and environmentally friendly

Industry Pain Points

高温图标

High Temperature

过热图标

Over Heating

Difficult to control temperature in living environments
High energy consumption and costs for air conditioning
Exterior wall insulation prone to aging
Traditional insulation construction is complex
Concrete is prone to absorb heat
Building carbon emissions are high

Application Value

0

Surface Cooling

Surface cooling up to 42℃, improving indoor thermal comfort
0 %

Energy Savings

Save 40% on air conditioning energy consumption, reducing operating costs of the air conditioning system
稳定控温图标

Stable Temperature Control

Improve indoor thermal comfort
节能降耗图标

Save Energy and Reduce Costs

Lower operating costs of air conditioning systems
耐晒保色图标

Maintain Colorfastness Under Sunlight Exposure

Prevent building surfaces from fading to maintain aesthetics
低碳环保图标

Low Carbon and Environmentally Friendly

Pave the way for green buildings

Applicable Scenarios

Residential

住宅应用场景

Commercial Office

写字楼应用场景

Factory

厂房应用场景

Mall

商场应用场景

Warehouse

仓库应用场景

Public Buildings

公共建筑应用场景

Success Stories — Proven Results You Can Trust

制冷涂层在长沙体育馆的应用

Changsha Stadium

Applied in 2024

Area: 2,700 m² roof coating
Results: Surface temperature dropped by 31°C, reducing air conditioning energy consumption by 35% and enhancing venue comfort.

制冷涂层在家乐坊广场的应用

Karefo Plaza

Applied in 2022

Area: 50㎡ roof coating
 Results: Surface temperature dropped by 32°C, achieving both energy savings and aesthetic appeal.

Sichuan Huashang University

Applied in 2023

Area: 10000㎡ roof coating
Results: Surface temperature dropped by 41.5°C, improving the teaching environment.

Product System

无电制冷涂层产品图
Self-cooling coating without electricity - non-metallic substrate
The core components consist of high molecular polymers and inorganic particles, possessing ideal electromagnetic properties to achieve excellent optical performance and thermal conductivity. This breakthrough overcomes the traditional thermal insulation coating’s difficulty in reaching over 90%, achieving a solar reflectance of up to 95% and an infrared radiation rate of up to 95%.
Product Parameters
Product Parameters Outcome
  Solar reflectance(250–2500 nm) 95.06%
Mid-infrared Emissivity(8–13 μm) 95.20%
Gloss 83
Solar Reflectance IndexSRI 120
Adhesion Test 7 MPa
Impact Resistance Test 60kg·cm
Volatile Organic Compound Content 12g/L
Fire Resistance Rating ClassA

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