AIR SOURCE HEAT PUMP,WATER SOURCE HEAT PUMP and more.

  Titanium heat exchanger specifications:1) Water side pressure: 400PSI 2) Refrigerant pressure: 500PSI 3) Inner tube: coaxial corrugated titanium?tube4) Connections: pointed tube end can fit various connection diameters5)) Installation: support structure can fit your position and screw hole diameter, the roll diameter can put various compressors 6) Specialized for heat pump7) Applications: condenser, water heater,? Advantages: 1) Increases heat transferring rate2) Prohibits solid formation of fluid3) Helpful to evaporator oil collection4) Fits various connections5) Specialized in heat pump6) Saves space7) More durable8) Easy installation9) Easy to clean

  Titanium heat exchanger specifications:1) Water side pressure: 400PSI 2) Refrigerant pressure: 500PSI 3) Inner tube: coaxial corrugated titanium?tube4) Connections: pointed tube end can fit various connection diameters5)) Installation: support structure can fit your position and screw hole diameter, the roll diameter can put various compressors 6) Specialized for heat pump7) Applications: condenser, water heater,? Advantages: 1) Increases heat transferring rate2) Prohibits solid formation of fluid3) Helpful to evaporator oil collection4) Fits various connections5) Specialized in heat pump6) Saves space7) More durable8) Easy installation9) Easy to clean

  Titanium heat exchanger specifications:1) Water side pressure: 400PSI 2) Refrigerant pressure: 500PSI 3) Inner tube: coaxial corrugated titanium?tube4) Connections: pointed tube end can fit various connection diameters5)) Installation: support structure can fit your position and screw hole diameter, the roll diameter can put various compressors 6) Specialized for heat pump7) Applications: condenser, water heater,? Advantages: 1) Increases heat transferring rate2) Prohibits solid formation of fluid3) Helpful to evaporator oil collection4) Fits various connections5) Specialized in heat pump6) Saves space7) More durable8) Easy installation9) Easy to clean

  the outer tubber is steel,inner tuber is copper

  Coaxial Heat Exchanger???? use titanium inside

  Refrigerant vapor flows through the inner tube in a counterflow direction to the liquid refrigerant flowing in the annulus between the inner and outer tube. This counterflow path provides the greatest temperature difference between the two refrigerant streams to yield optimum heat transfer. To further maximize heat exchanger performance with minimum size, the inner tube is convoluted to impart turbulence to both refrigerant flows while the straight-through design helps maintain low refrigerant pressure drops.

  refrigerant coaixal heat exchanger

  Refrigerant vapor flows through the inner tube in a counterflow direction to the liquid refrigerant flowing in the annulus between the inner and outer tube. This counterflow path provides the greatest temperature difference between the two refrigerant streams to yield optimum heat transfer. To further maximize heat exchanger performance with minimum size, the inner tube is convoluted to impart turbulence to both refrigerant flows while the straight-through design helps maintain low refrigerant

  this model is suitable for 5Hp application

  This model capacity is 10kw. Entry water temp. is 20C Leaving water temp. is 65C Condenser temp. is 80C Flow rate:0.38-0.5litres/s Max.water Pressure Drop(Bar):12kpa Max Working Pressure(Bar):500MPa Compressor input (kw):2.1 Compressor output (kw):10.4 Refrigerant :R134a

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  coaxial heat exchanger

  coaxial heat exchanger

  WATER SOURCE HEAT EXCHANGER

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