SOLAR HEATER SONNE GLASS 160Lit / 2.4m2 PHAETHON DUAL ENERGY

Technical characteristics of PHAETHON solar panels

• Copper & aluminum are the materials used, i.e. non-corrosive materials, which ensure a lifetime of many decades. There are no steel parts to corrode
• Frame made of heavy-duty oval profile aluminum, highly aesthetic, advanced design, with internal corner die-cast aluminum screw corner joints that ensure the perfect fit & tightness of the frame parts & the great robustness of the collector.
• Selective surface absorber made of 4 mm thick aluminum sheets with a special coating of titanium oxides. The coating is made by a special vacuum treatment in Germany. The solar radiation absorption surface is in perfect fit on the copper hydroskeleton with welding in automatic LASER machines for direct transmission of heat to the thermal liquid. This ensures a very high absorption coefficient α>95% & a very low emissivity coefficient ε<5%, which contribute to the maximum thermal efficiency of the collector.
• Aluminum foil collector back ensures complete tightness against the frame without rivets.
• Absorber hydroskeleton made of copper tubes Φ8 & Φ22 mm
• 4 mm thick tempered safety glass with high permeability τ>0.94.
• Thermal insulation from fiberglass density d=30kg/m3 both on the back and on the sides of the collector.
• Oval rubber gasket of special design adapted to the copper connection pipes of the collector to prevent thermal bridging between the frame and copper pipes due to thermal expansion.

Technical characteristics of ATLAS solar panels

• Copper & aluminum are the materials used, i.e. non-corrosive materials, which ensure a lifetime of many decades. There are no steel parts to corrode
• Frame made of aluminum profiles, of high aesthetics, with external corner joints that ensure the excellent fit & tightness of the parts of the frame & the great robustness of the whole construction.
• Selective surface absorber made of 4 mm thick aluminum sheets with a special coating of titanium oxides. The coating is made by a special vacuum treatment in Germany. The solar radiation absorption surface is in perfect fit on the copper hydroskeleton with welding in automatic LASER machines for direct transmission of heat to the thermal liquid. This ensures a very high absorption coefficient α>95% & a very low emissivity coefficient ε<5%, which contribute to the maximum thermal efficiency of the collector.
• Aluminum foil collector back ensures complete tightness against the frame without rivets.
• 4 mm thick tempered safety glass of high permeability τ>0.94 with absolute sealing against the plasio.
• Thermal insulation from fiberglass density d=30kg/m3 on the back of the collector (back).
• Oval rubber gasket of special design adapted to the copper connection pipes of the collector to prevent thermal bridging between frame and copper pipes due to thermal expansions.