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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Supercritical carbon dioxide heat exchangers can be used for carbon dioxide heat pumps or carbon dioxide refrigeration (refrigeration) engines. It is specially designed according to the physical and heat transfer characteristics of the supercritical carbon dioxide, and has the characteristics of high pressure resistance and high heat transfer efficiency.
Shenshi Heating Heat Pump Coaxial Heat Exchanger is open to the cold and hot water main engine that is more focused on heating, especially suitable for the "coal-to-electricity" market. High heating efficiency and refrigeration. This series of coaxial heat exchangers are designed in a modular manner and are applicable to a wide range of models.
Shenshi Heating Heat Pump Coaxial Heat Exchanger is open to the cold and hot water main engine that is more focused on heating, especially suitable for the "coal-to-electricity" market. High heating efficiency and refrigeration. This series of coaxial heat exchangers are designed in a modular manner and are applicable to a wide range of models.
The main function of coaxial heat exchanger in heat pump system is to transfer heat and realize energy exchange between refrigerant and water or air to achieve the purpose of heating or refrigeration
The main function of coaxial heat exchanger in heat pump system is to transfer heat and realize energy exchange between refrigerant and water or air to achieve the purpose of heating or refrigeration
Shenshi Water (Ground) Source Coaxial Heat Exchanger is specially designed for water to ground source heat pump. It can be used as evaporator or condenser, providing a variety of external options, high energy efficiency and compact structure.
The fluid ice slurry crystals are very small, smooth and round, and they enter every corner of the product to be cooled. This allows for fastest heat transfer, immediate and uniform cooling of the product and prevents the formation of potentially harmful bacteria, enzyme reaction and discoloration. Liquid ice slurry maintains peak product freshness for longer periods. The refrigeration and heat exchange capacity is strong, the reliability is high, and it is used as the condenser in the fluid ice slurry system.
It is an energy-efficient heat exchange equipment in refrigerating and cold storage system, mainly used for cooling or freezing medium, so as to keep food fresh during storage or transportation.
The in-line heat exchanger of Sims ice maker is mostly used for the condenser of ice maker, and the heat absorbed in the ice making process is discharged from the condenser through the refrigeration system.
The inner and outer tubes of the in-line heat exchanger of Shenshi water purifier are made of food grade stainless steel, providing safe and secure ice water or hot water for water purifier users through refrigeration or heat pump system.
The Sims Dishwasher, Washer and Cooling System Coaxial Heat Exchangers provide hot water to the Dishwasher and Washer and provide a temperature environment suitable for battery life.
The hydrogen compressor cooler mainly cools the compressed hydrogen gas to prevent the danger caused by high compression temperature.
HZSS R410A Heat Exchanger referigeration heat pump heat exchanger Eco-Friendly Refrigeration Systems
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 turbular heat exchanger is suitable for refrigeration system, which pipe runs water and shell runs refrigeration.
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 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.