MaycaSolar - Heat-pipe Solar Collector

1. All the pipeline is made of red copper and conducted by heat transfer medium liquid.With the heat pipe in the vacuum tube,so no water will flow in the vacuum tube
2. The manifold uses aluminum alloy for exterior,red copper for interior,also with fashion design.
3. Withstand high pressure when it is working
4. It can be combined arbitrarily to meet the demand of large water consumption,and also could be combined with existing pipeline
5. Each tube can work alone,so the solar colletcor can work even one tube is broken and easy to change if necessary

• Vacuum Tube: Vacuum Tube With Copper Heat Pipe
• Inner Tank: Stainless Steel 304-2B
• External Shell: Galvanized Steel/ Aluminum Alloy/ Stainless Steel
• Frame: Galvanized Steel/ Aluminum Alloy/ Stainless Steel.
• Insulating Layer: Polyurethane Foam
• Max Pressure: 1Mpa
• Operating Fluid Pressure: 0.6Mpa
• Max Stagnation Temperature: 210.3?
• Water Flow Rate: 0.02kg/s per ?
• Hail resistance: 25mm
• Heat Pipe: Anti-freezing > -35 ?

• Collector Separates With The Storage Tank, The Collector Can Be Put On Mounting Flat Or Roof
• This Product Has Hail Resistance
• Water Is Rapidly Heated By The Heat Pipe
• No Water In The Tubes, So The Tubes Will Not Freeze In Winter
• It Can Still Operate In The Event Of Occasional Tube Breakages
• Can Be Connected With Existing System

Evacuated Tube Efficiency:
The vacuum space in the evacuated tube greatly reduces heat loss. This greatly increases the conversion efficiency at higher water temperatures or when the outside temperature is very cold.For a thorough understanding of evacuated tubes

Evacuated Tube and Heat Pipe:

• The Apricus evacuated tube and heat pipe are assembled differently to any other product on the market.
• Rather than a centrally located heat pipe with heat transfer fins radiating out to the glass wall, the heat pipe is positioned directly against the glass wall, where the sun is striking. The aluminium heat transfer fins are tightly held against the top inner wall of the evacuated tube as well as the heat pipe with a set of specially designed clips.  This is an important design feature as over time with the high temperature,
• Aluminium will soften, and so the clips ensure long term tight contact, which is essentially for optimal performance