Product description
The spiral fin type air heat exchanger produced by our company, also known as the radiator and the heat discharge pipe, is the main equipment in the heat exchange device for cooling or heating the air with the hot and cold medium.
Adapt to the material
Radiator is used in hot air heating, air conditioning, cooling, dehumidification, drying and other projects. It can be used to steam or high temperature water can heat the air, through the brine or low temperature water can cool the air. It is widely used in industrial and mining enterprises, light industry, paper making, chemical industry, national defense, textile, electric power, dairy products, ceramics, hospitals, theaters and other air conditioning systems. Its structure is composed of spiral fin tubes and is made of spiral fin tubes. Series products, various models have different sizes.
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It can be used with a variety of drying equipments, and the specifications are various. The materials used include: aluminum alloy, stainless steel, A3 steel galvanized, steel-aluminum composite, copper, steel pipe aluminum winding. In addition, the radiator can be used alone for heating and dehumidification in indoor and warehouses. Our company can design and manufacture for users.
◎ When ordering, the product model, name, specified length, number of tubes and number of rows must be stated.
◎When ordering, if there are special specifications and requirements need to be negotiable, it can be used with various drying equipments. The specifications are various. The materials used are: aluminum alloy, stainless steel, A3 steel surface galvanized, steel-aluminum composite, copper, steel tube aluminum Wrap around. In addition, the radiator can be used alone for heating and dehumidification in indoor and warehouses. Our company can design and manufacture for users.
When the heat source is hot water steam or heat transfer oil, the fin size
Stainless steel | Carbon steel | Aluminum | |
Diameter specification | Φ18×2 | Φ19×2 | - |
Fin outer diameter | Φ38 | Φ39 | - |
Fin thickness | 0.24 | - | 0.4 |
Heat transfer area coefficient | 0.64 |
When the heat source is hot air, the fin tube specifications
Diameter specification | Φ63×3 |
Fin outer diameter | Φ103 |
Fin thickness | 1.5 |
Heat transfer area coefficient | 1.5 |
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