What Is The Manufacturing Process Of Air Cooler Mould?

Air Cooler Mould is a Mould used to produce air conditioner radiators, mainly for injection Moulding. The air conditioner radiator is one of the important parts of the air conditioner system. It takes away the heat in the air by contacting the air with the cooling pipes on the surface of the radiator, so as to realize the cooling of the air. Air Cooler Mould is a high-precision, high-efficiency injection Mould that can be used to manufacture various shapes of air-conditioning radiators, such as plate radiators, coil radiators, film radiators, etc. The Mould is usually composed of the Mould body and Mould parts. Through high-precision processing and assembly, high-quality and high-precision air-conditioning radiators can be manufactured. The manufacturing process and technical level of Air Cooler Mould have an important influence on the quality and performance of air conditioner radiators.

The manufacturing process of Air Cooler Mould usually includes the following steps:

1. Design the Mould: The designer will draw the 3D model and engineering drawing of the Mould according to the requirements provided by the customer and the design drawings of the air-conditioning radiator, including the design of the Mould body and Mould parts. Factors such as the structure, material, and production process of the Mould need to be considered during the design process.

2. Make the Mould body: The Mould body is usually made by using numerical control processing equipment to convert the design drawing of the Mould into the actual Mould body. This process usually requires simulation and optimization using computer-aided manufacturing software.

3. Making Mould parts: The production of Mould parts is usually made by special workers according to the design drawings, including steel plates, guide columns, guide sleeves, nozzles, discharge ports and other components of the Mould.

4. Assembling the mould: Assembling the Mould body and parts requires adjustment and inspection to ensure that all parts fully meet the design requirements and process requirements.

5. Testing and debugging: The completed Air Cooler Mould needs to be tested and debugged to ensure that its performance and accuracy meet the requirements. The testing and commissioning process often involves the injection of plastics to simulate production and inspection and adjustment of finished parts.

6. Delivery and use: After testing and debugging, the Air Cooler Mould can be delivered to customers for production use.