Products features
Coaxial heat exchangers are frequently used by the food and beverage sector because of their unique advantages and advantages. These heat exchangers are specifically designed to transfer heat between two separate fluids without causing their combination.
One of their main advantages is the efficiency of coaxial heat exchangers. Because of how efficiently and quickly they can transport heat, they are excellent at achieving the desired temperature. Therefore, they are ideal for food and beverage processing and storage.
Their versatility adds another benefit. They are used in a wide range of food and beverage products, including beer, juices, soft drinks, and dairy products. In any food and beverage production facility, they are a valuable asset because of this. Coaxial heat exchangers are also simple to maintain and clean. They are designed to be simple to disassemble, facilitating easy cleaning and maintenance of the inner components. They are kept clean and hygienic as a result.
are long-lasting and strong in addition. They are constructed to maintain their effectiveness while withstanding the demanding conditions of food and beverage processing. They therefore provide excellent value for money and are a cost-effective food and beverage production solution.
A spiral groove inner tube and an outer tube make up the Coaxial Heat Exchanger For Food / Beverage In the space between the inner tube and the outer tube, or inside the inner tube, the hot and cold liquids move.
The spiral groove structure can enhance the heat transfer on both sides. The axial flow and spiral rotation flow of the fluid in the tube will intensify the mixing of the fluid near the tube wall, thereby enhancing the turbulence intensity and improving the heat transfer coefficient
Clamp-on plates are a simple cost-effective solution to add external heating or cooling to an existing tank or surface. Special mounting hardware makes installation easy.
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Features
Suitable for a variety of refrigerants, such as R22, R134a, R32, r2900, R407C and R410A. The inner tube uses a special red multi-head spiral tube, and a section of lining is added inside the inner tube to make the heat exchanger have higher heat exchange efficiency and compression resistance. The inner tube and the outer tube are tightly sealed, and the hot and cold fluids flow in opposite directions in the gap between the inner tube and the inner and outer tubes for heat exchange.
The heat exchanger is composed of multi-head spiral flow channels, which forces the fluid to do forced turbulent flow similar to spiral flow. This gives it a higher heat transfer coefficient than ordinary shell and tube heat exchangers, especially for viscous fluids. Characteristics of spiral pipe: thread depth (h) and pitch (p) are
Adjustable, heat exchange efficiency is 3.5 times that of light tubes. There are many parameters that affect heat transfer, including outer tube diameter, inner tube diameter, wall thickness, number of spiral heads, pitch, spiral inclination (angle away from the normal), width and height of spiral grooves, spiral cross-section profile, etc. groove - 8 or more variables in total. Changes in any variable will not only affect the size of the internal and external areas, but most of them will affect the heat transfer efficiency, resulting in changes in the amount of heat exchanged. Since the inner spiral tube adopts a full-arc flexible transition structure, there are no dead corners for dirt, and it has strong self-cleaning and anti-scaling capabilities.
The pressure-resistant inner spiral tube structure is very convenient for unloading, making the spiral tube section less likely to cause freezing damage. The weakest link is the spiral to smooth tube transition or the vertical impact of the refrigerant. Adding a thicker liner inside the weakest inner tube is a better way to solve the pressure problem.
The wall thickness of the water quality spiral inner tube is thicker than that of conventional casing. At the same time, the water side channel has a large area and should not be blocked. Wider water use.
Temperature -195C-+200C. Pressure 3.5-5.0 MPa. Water resistance <50KPa.
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