Cutting-edge material and coating technologies enable sliding systems with maximum thermal insulation and transparency
The Schüco Sliding System ASS 77 PD.SI (Super Insulation) is based on profiles made from pultruded, glass fibre-reinforced plastic and, thanks to state-of-the-art material and coating technologies, offers outstanding thermal insulation from Uw = 0.84 W/(m2K). The glass fibre-reinforced plastic profiles are processed and coated in series by Schüco. The advantage for the fabricator is that no additional investments in machinery are necessary. Thereby Schüco enables its metal fabrication partners to begin working with an innovative material technology with attractive prospects for growth.
Cutting-edge material and coating technologies enable sliding systems with maximum thermal insulation and transparency
The Schüco Sliding System ASS 77 PD.SI (Super Insulation) is based on profiles made from pultruded, glass fibre-reinforced plastic and, thanks to state-of-the-art material and coating technologies, offers outstanding thermal insulation from Uw = 0.84 W/(m2K). The glass fibre-reinforced plastic profiles are processed and coated in series by Schüco. The advantage for the fabricator is that no additional investments in machinery are necessary. Thereby Schüco enables its metal fabrication partners to begin working with an innovative material technology with attractive prospects for growth.
Cutting-edge material and coating technologies enable sliding systems with maximum thermal insulation and transparency
The Schüco Sliding System ASS 77 PD.SI (Super Insulation) is based on profiles made from pultruded, glass fibre-reinforced plastic and, thanks to state-of-the-art material and coating technologies, offers outstanding thermal insulation from Uw = 0.84 W/(m2K). The glass fibre-reinforced plastic profiles are processed and coated in series by Schüco. The advantage for the fabricator is that no additional investments in machinery are necessary. Thereby Schüco enables its metal fabrication partners to begin working with an innovative material technology with attractive prospects for growth.