Flat plate solar collector

Blue paint: ?8mm,thickness:0.75mm   
Copper header: ?22mm x 0.6mm x 1060mm / Blue paint: ?22mm,thickness:0.8mm
Aluminum Absorber Fin: 110 x 0.35mm x 1385mm x 10pcs ,110 x 0.35mm x 1845mm x 8pcs
Side Insulation : 20mm fiberglass layer
Frame Aluminum alloy or others         Frame color silvery or bronze-coloured
Glass 4mm tempered glass with iron oxide
Backing sheet: 0.4mm steel galvanized material/Aluminium plate
Sealing profile: EPDM              Leak-proof protection: EPDM

Testing Pressure : 0.8MPa/Blue paint:1.2MPa
Casting: Anodized Aluminum
Insulation material 40-45mm Glass wool layer/Fiberglass
Glazing: Normal float 4mm
Absorber coating: black chrome/blue titanium coating
Size(mm)out line: L1500(1600) x W1000 x H96mm , L2000 x W1000 x H96mm
Collector area: 1.50 m2 (1.60m2) and 2.00 m2
Copper-aluminum alloy tubes: ?10mm xT0.5mm x 10pcs /

Operation Pressure : 0.4MPa/Blue paint:0.6MPa         

Specifications:

8 The special heat conductive media is heated in copper tube,reliable quality,and avoid maintenance for the long span of 15 years

7 Easy installation,could be installed on the roof with any slope, on the balcony or hung on the wall;

6 Handsome appearance,be integrated with the architecture with no clash with the building appearance;

5 Handpicked strong intensity cover glass,can resist 25mm diameter hail attack;

4 Anti-freezing,so it can also be used in high-latitude area;

3 Thick glass wool insulation can guaranty maximum thermal reservation;

2 Specific technology and complete sealing design,maximum heat can be stored into the water box;

1 Use most advanced absorptive coating and high quality copper material guaranty high heat absorption and transformation efficiency,absorptance>93%, Emittance <8%;

Key features: 

The glass covering permits up to 90% of the visible sunlight to enter the collector. When the light passes through the glass its frequency is changed slightly to a lower energy level. When the light strikes the absorbing surface of the flat plate inside, the light is absorbed as heat. The combination of the glass frequency change and the solar absorbing surface of the plate capture the maximum amount of energy. As the absorber plate heats up it begins to radiate energy as infrared (IR) or heat radiation. Glass is essentially opaque to IR wavelengths so the heat is trapped increasing the temperature

Most advanced absorptive coating and high quality copper material guaranty high heat absorption and transformation efficiency