Şişecam SolarMax for Thermal Collector (Şişecam Glass for Solar Thermal Collector)
Şişecam SolarMax for Solar Thermal Collector is one of the most important components in module production, protecting the internal parts of solar thermal collectors that obtain hot water from solar energy from environmental conditions and directly affecting the efficiency of solar thermal collectors with their high heat transmittance coefficient. The heat transmittance of Şişecam SolarMax for Solar Thermal Collector, produced with low iron, is higher than that of normal iron glass.
Produced in Sandy and Prism patterns, glass for solar thermal collector reduces the reflection on the glass surface due to their patterned structure, ensuring maximum efficiency in the performance of solar thermal collectors with their high heat transmittance.
Low iron tempered patterned glass used in solar thermal collectors is produced as standard in 3.2 mm and 4 mm thickness, with Sandy and Prism patterns. Please consult Şişecam for dimensions.
The heat transmittance coefficients of Şişecam SolarMax for Solar Thermal Collector are tested and certified at the Solar Energy Technologies Institute (SPF: Solartechnik Prüfung Forschung) in Switzerland.
Quality
Şişecam SolarMax is produced in compliance with the following standards
- TS EN 572-5 Glass in building - Basic soda lime silicate glass products - Part 5: Patterned glass
- EN12150-1 - Glass in building - Thermally toughened soda lime silicate safety glass
Packaging Types
Different packaging types can be used on demand to ensure that the glass for solar thermal collector is shipped to customers under the most appropriate conditions.
In addition to the standard horizontal wooden packaging, vertical wooden packaging, and end cap type wooden packaging options, metal pallet packaging is also offered as an alternative.
Offering exclusive service with on-demand packaging types and shipping methods to meet customer requirements at the highest level, Şişecam, also attaches importance to the recyclability of their packaging in order to maintain and spread environmental awareness.
The intermediate material to be used between the glass plates is determined in line with customer demands, and paper and powder packaging options are offered accordingly.