Solar water heater structure material: INOX SUS201
Structure thickness: 1.2mm
Structure Angle: 27 degree
Tube distance: 75mm or 80mm.
More options:
1, Many kinds structure for choosing
2, material option: glavanized steel
3, Angle option: 10 degree, 20 degree, 38 degree, 45 degree.
4, models: from 8 tubes to 36tubes
A Home Comfort solar water heater system that utilise the free energy from the sun.
1, all stinless steel solar water heater
2, steel stamp on tank cover
3, 20 degree stainless steel bracket
4, 10 tube, 12 tube, 15 tube hot sale model
5,Factory price support
6, Factory audited by SGS.
Stainless Steel Solar Hot Water Heater Features
1. Itelligent solar water heater system--Can he operated completely automatic if connect with intelligent controller.
2. simple design solar water heater-Simple structure, easy plug-in installation, can be installed both on flat and inclined roof.
3. Can be used with an auxiliary electric booster as to provide hot water without sunshine.
4. Superior heat preservation ensured by one-off molding polyurethane foam with thickness 55mm.
5. Suitable for camping area, holiday residences.
6. Stable and reliable performance, well wind resistance.
7. Meet the mankind healthy bath standard: The material of inner tank is SUS304-2B stainless steel plate.
8. The silicon ring sealing has a long life against the erosion and it not harmful to health.
9, Cheap and reliable hot water soution, non-pressurized solar water heater widely used in China, India, Mexico, South Africa market.
10, Eco-friendly and energy saving water heater.
11, long life time solar water heater tank, frame and vacuum tube: the use time more than 10 years.
SOLAR HOT WATER HEATER LOADING QUANTITY GUIDE(20'GP container, 40'GP container, 40'HQ container)
Stainless Steel Hot Water Heater is a simple form of making use of solar energy to get hot water. It directly joints the heat collector with the water tank on the top. There is no need of pump to push the water and no need of pipeline between the collectors and the tank. When the water in the vacuum heat-collecting tube is heated, its density will decrease and will go upward into the tank; Meanwhile the cold water in the tank will flow down into the tube due to its greater density. Thus, the circulation and heat-exchanging in the system is completed
