50 Tubes Non Pressure Stainless Steel Manifold Vacuum Tube Solar Collector for Hotel Working Theory and Parts Description The Manifold Vacuum Tube Non-pressure Solar Collector is one of the most economical ... Lesen Sie weiter
Vacuum Tube Solar Collector 4000L Non Pressue Hotel Solar Water Heating System Technical Data: Vacuum Tube Size (mm) Φ58*1800 / Φ47*1500 Tube (pcs) 40 / 50 / 60 / 70 Glass Double layer borosilicate 3.3 glass ... Lesen Sie weiter
Intelligent Solar Collector Controller SR501 Non Pressure Solar Water Heater Introduction: Suitable for integrated un-pressurized solar system Main Technical data: 1 Dimension: 210 mm x 145mm x 40mm 2 Self ... Lesen Sie weiter
200L Compact Direct Thermosiphon Non Pressurized Vacuum Tube Solar Water Heater Tube QTY Tube size Water Capacity(L) Supply ability QTY in 20GP/40HQ 10 58*1800mm 100L 1--2 people 68/165 15 58*1800mm 150L 2--3 ... Lesen Sie weiter
200L Compact Direct Thermosiphon Non Pressurized Vacuum Tube Solar Water Heater Tube QTY Tube size Water Capacity(L) Supply ability QTY in 20GP/40HQ 10 58*1800mm 100L 1--2 people 68/165 15 58*1800mm 150L 2--3 ... Lesen Sie weiter
High Efficiency Tile Roof Vacuum Tube Heat Pipe Solar Collector Aluminium Alloy Frame Working Principle of Heat Pipe Vacuum Tube Solar Collector high pressure heat pipe solar collector is one of the most ... Lesen Sie weiter
250L White Water Tank Non Pressure Solar Water Heater 150L Vacuum Tube Solar Collector Specification: 1. Inner tank material: SUS304-2B food grade stainless steel 0.31mm 2. Outer tank material: stainless steel ... Lesen Sie weiter
300L 304 Stainless Steel Solar Water Heater 250L Vacuum Tube Solar Collector Specification: 1. Inner tank material: SUS304-2B food grade stainless steel 0.31mm 2. Outer tank material: stainless steel sheet 201, ... Lesen Sie weiter
300L Stainless Steel Solar Water Heater 200L Non Pressure Solar Geyser 304 Vacuum Tube Solar Heaing System Specification: 1. Inner tank material: SUS304-2B food grade stainless steel 0.31mm 2. Outer tank ... Lesen Sie weiter