9 Product(s)

LSF-M-FlatPlateSolarCollector Feature: 1) System pressurized, ideal for large hot water projects; 2) High absorption coefficient due to first grade selective coating; 3) Durable aluminium alloy frame ensuring long...

LSMG-70/1.7--MetalGlassEvacuatedSolarCollector Feature: 1. Using high efficient metal glass vacuum tubes consist of a single glass tube. Due to the curved aluminium plate coated with Al-N-O selective coating inside the tube and the copper heat...

LSMS-70/1.7--MetalGlassEvacuatedSolarCollector Feature: 1. Using high efficient metal glass vacuum tubes consist of a single glass tube. Due to the curved aluminium plate coated with Al-N-O selective coating inside the tube and the copper heat...

LSAG-47/1.5--HeatPipeVacuumTubeSolarCollector Feature: 1. Using a high efficiency heat pipe and heat transfer fin design to conduct the heat from within the all glass vacuum tube up to the header; 2. Due to the vacuum between the two glass...

LSAS-47/1.5--HeatPipeVacuumTubeSolarCollector Feature: 1. Using a high efficiency heat pipe and heat transfer fin design to conduct the heat from within the all glass vacuum tube up to the header; 2. Due to the vacuum between the two glass...

LSAD-47/1.5--HeatPipeVacuumTubeSolarCollector Feature: 1. Using a high efficiency heat pipe and heat transfer fin design to conduct the heat from within the all glass vacuum tube up to the header; 2. Due to the vacuum between the two glass...

LSAG-58-1.8--HeatPipeVacuumTubeSolarCollector Feature: 1. Using a high efficiency heat pipe and heat transfer fin design to conduct the heat from within the all glass vacuum tube up to the header; 2. Due to the vacuum between the two glass...

LSAS-58-1.8--HeatPipeVacuumTubeSolarCollector Feature: 1. Using a high efficiency heat pipe and heat transfer fin design to conduct the heat from within the all glass vacuum tube up to the header; 2. Due to the vacuum between the two glass...

LSAD-58-1.8--HeatPipeVacuumTubeSolarCollector Feature: 1. Using a high efficiency heat pipe and heat transfer fin design to conduct the heat from within the all glass vacuum tube up to the header; 2. Due to the vacuum between the two glass...

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