Corrosion Resistance Air Conditioner Evaporator Weather Proof Finned Tube Evaporator

Evaporator And Condenser For Air Conditioner Units are the Main Components Of HVAC .

Evaporator mainly works based on the principles of heat conduction and heat convection.

The evaporator and condenser is composed of heat exchange tubes, fins, headers, sheet metal frames and seals.

Evaporator And Condenser For Air Conditioner Unit typically consist of the following main components:

Heat Exchange Tubes Function: They are the main channels for heat transfer.

Fluids (such as refrigerants, water, etc.) usually flow inside. Heat exchange occurs between the fluid inside the tubes and the external medium through the tube

walls.

Materials: Common materials include copper tubes, aluminum tubes, and stainless steel tubes. Copper tubes have good thermal conductivity and corrosion

resistance, and are often used in scenarios with high requirements for thermal conductivity. Aluminum tubes are lightweight and cost-effective, and are more

commonly used in some applications where weight and cost are of concern. Stainless steel tubes have higher strength and corrosion resistance, making them

suitable for some harsh working environments.

Manifolds Function: They are used to collect and distribute fluids, enabling the fluids to be evenly distributed to each heat exchange tube, ensuring the normal

operation of the heat exchanger. Materials: Usually, they are made of the same material as the heat exchange tubes, such as copper manifolds or aluminum

manifolds. Frame Function: It serves to support and fix the heat exchange tubes, fins, and other components, giving the heat exchanger a certain structural

strength and stability, and enabling it to withstand the pressure and external forces during operation.

Materials: Generally, metal materials such as carbon steel, stainless steel, or aluminum alloy are used to ensure sufficient strength and durability.

Fins Function: They increase the heat exchange area and improve the heat exchange efficiency. By increasing the

contact area with air or other fluids, heat can be transferred more quickly to the surrounding medium or absorbed from the surrounding medium.

Materials: Generally, aluminum fins are used because aluminum has good thermal conductivity, light weight, and low cost. In some applications with special

requirements, copper fins or stainless steel fins may also be used. Types: There are various types, such as flat fins, corrugated fins, louver fins, etc. Flat fins have

a simple structure and are easy to manufacture. Corrugated fins can enhance the turbulence of the fluid and improve the heat exchange effect. Louver fins have

a larger heat exchange area under the same air-facing area and are often used in scenarios with high requirements for heat exchange efficiency.

Sealing Elements Function: They ensure the sealing of the fluid inside the

heat exchanger, prevent fluid leakage, and also prevent external air or other media from entering the inside of the heat exchanger, which may affect the heat

exchange effect.

Materials: Commonly used sealing elements include rubber sealing elements and polytetrafluoroethylene sealing elements, etc. They have good

elasticity and sealing performance and can adapt to different working temperatures and pressure conditions. In some fin-tube heat exchangers, some auxiliary

components may also be equipped, such as flow deflectors, brackets, thermal insulation materials, etc. Flow deflectors are used to guide the flow direction of the

fluid, enabling the fluid to flow more evenly through the fins and heat exchange tubes, and improving the heat exchange efficiency. Brackets are used to fix the

heat exchanger in the installation position. Thermal insulation materials are used to reduce the heat loss between the heat exchanger and the external

environment and improve the energy utilization efficiency.

We adopt an all-in-one production mode and can produce according to the provided drawings and samples. Everything, from the production of fins, copper tubes, sheet metal, welding work, to the assembly of finished products and the testing process, is all independently completed by ourselves.

MATERAL DESCRIPTION

Fin: light aluminum foil ,hydrophilic aluminum foil, epoxy resin aluminum foil, hydrophobic aluminum foil,copper foil, antique copper foil.

Base tube:internal threaded copper tube, stainless steel tube, nickel-white copper internal threaded tube.

Finned heat exchangers have the following applications:

1. In the field of heating, ventilation and air conditioning (HVAC)

Such as in air conditioning systems and heating systems.

2. In the industrial field

For example, in chemical production and food processing.

3. In the automotive field

Including automotive engine cooling systems and automotive air conditioning systems.