Coaxial heat exchanger
SHENSHI's High-Efficiency Coaxial Heat Exchangers, designed with durable, high-quality materials for exceptional energy savings. Perfect for diverse industrial applications, these exchangers ensure reliability and performance. We offer customizable OEM services, competitive pricing, and superior craftsmanship.
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The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.
HZSS's tubular heat exchanger is suitable for refrigeration (heat pump) system,which pipe runs water & shell runs refrigerant.
The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.
HZSS's tubular heat exchanger is suitable for refrigeration (heat pump) system,which pipe runs water & shell runs refrigerant.
HZSS's tubular heat exchanger is suitable for refrigeration (heat pump) system,which pipe runs water & shell runs refrigerant.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a copper inner tube and a outer tube. Cold liquid and heat liquid flow in the gap.
The coaxial heat exchanger of a inner tube and a outer tube.Cold liquid and heat liquid flow in the gap.