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Roof surfaces are the most exposed parts of a building shell to solar radiation. In our country, widely used dark-colored roofing materials quickly transfer heat from the roof surface to the interior, increasing temperatures and causing discomfort. This also leads to higher energy consumption for cooling purposes.
Epikon Cool is designed to reflect a high percentage of solar radiation, helping to dissipate heat energy away from the building, ensuring a more comfortable and energy-efficient environment.
Produced from APP-modified bitumen, it features a high-strength non-woven polyester felt carrier with a -5°C cold bending value. It has a PE film-coated bottom surface and a UV-resistant special white reflective mineral-coated top surface. With a thickness of 3.5 mm and a tensile strength of 600/400 N/50 mm, it ensures durability and performance.
Produced from APP-modified bitumen, it features a high-strength non-woven polyester felt carrier with a -10°C cold bending value. It has a PE film-coated bottom surface and a UV-resistant special white reflective mineral-coated top surface. With a thickness of 3.5 mm and a tensile strength of 800/600 N/50 mm, it ensures durability and high performance.
Produced from SBS-modified bitumen, it features a high-strength non-woven polyester felt carrier with a -20°C cold bending value. It has a PE film-coated bottom surface and a UV-resistant special white reflective mineral-coated top surface. With a thickness of 3.5 mm and a tensile strength of 800/600 N/50 mm, it ensures durability and superior performance.
Produced from high-performance SBS-modified bitumen, it features a strong non-woven polyester felt carrier with superior tensile strength. It has a -30°C cold bending value, a PE film-coated bottom surface, and a UV-resistant special white reflective mineral-coated top surface. With a thickness of 3.8 mm and a tensile strength of 1000/800 N/50 mm, it ensures exceptional durability and performance.
Application Areas
It is used as a final layer waterproofing membrane to provide reflectivity in temperate and cold climates, on terraces, and on sloped concrete or lightweight concrete roofs. It can be applied as a single layer on all sloped roofs.
It is used as a final layer waterproofing membrane to provide reflectivity in very cold climates, on terraces, and on sloped concrete or lightweight concrete roofs. It can be applied as a single layer on all sloped roofs.
It is used as a final layer waterproofing membrane to provide reflectivity in harsh weather conditions, on terraces, and on sloped concrete or lightweight concrete roofs. It can be applied as a single layer on all sloped roofs.
It is used as a final layer waterproofing membrane to provide reflectivity in challenging weather conditions, on terraces, and on sloped concrete or lightweight concrete roofs. It can be applied as a single layer on all sloped roofs.
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