【Heat Insulation Measures】Differences from Conventional Reflective Coatings

Added to bookmarks
Bookmarks list

Bookmark has been removed
Bookmarks list

You can't add any more bookmarks

By registering as a member, you can increase the number of bookmarks you can save and organize them with labels.
Free membership registration

last updated：May 08, 2020

環境改善

Official site

Even if dirt adheres, the heat insulation effect lasts! We solve the problems occurring with conventional "heat-insulating paint."

In terms of heat insulation measures, we would like to introduce the differences between our thermal control paint system 'MAGIC-COAT' and conventional reflective paints. Conventional reflective paints gradually lose their reflectivity when dirt accumulates on the surface, leading to reduced effectiveness. Additionally, in winter, they reflect necessary heat, resulting in poor year-round energy-saving effects. On the other hand, 'MAGIC-COAT' maintains its heat insulation effect even when dirt adheres, as special substances react to heat. Furthermore, in winter, it absorbs solar heat, reducing the heating burden indoors and demonstrating energy-saving effects. **Features of MAGIC-COAT** - Reduction in electricity costs - Strong against dirt - Cool in summer - Warm in winter *For more details, please refer to the PDF materials or feel free to contact us.*

Related Link - http://kankyo-kaizen.com/

Inquire About This Product

basic information

**Differences from Conventional Reflective Coatings** <MAGIC-COAT> ■ Heat Insulation Principle - Since it does not rely on reflection, there is less radiant heat from buildings and roads, alleviating the heat island phenomenon. ■ Dirt Adhesion - Even if dirt adheres, the special substances react to heat, maintaining the heat insulation effect. ■ Winter Effect - In winter, it absorbs solar heat, reducing the heating burden indoors and demonstrating energy-saving effects. <Conventional Reflective Coatings> ■ Heat Insulation Principle - By reflecting heat, it causes "adverse effects" on neighboring areas due to glare and heat transfer. ■ Dirt Adhesion - When dirt adheres to the surface, the reflectivity gradually decreases, leading to reduced effectiveness. ■ Winter Effect - It reflects necessary heat in winter, resulting in poor year-round energy-saving effects. *For more details, please refer to the PDF document or feel free to contact us.*