Home Appliance mould is one of the key components in the manufacturing process of appliances. These moulds are used to form the components of large and small appliances, including refrigerators, freezers, dishwashers, washing machines and dryers. They are also used to control vibration and seal holes in sheet metal. These moulds are manufactured in large and small quantities and can be custom made.

Home appliance mould is also used to produce fully assembled products. It improves the processing accuracy of plastic injection moulding parts. Moreover, home appliance moulds can be assembled on-site. Most of these moulds are matched to other types of injection moulding, which saves processing time. Once the mould is assembled, the material is fed into the mould with a helical shaped screw, which mixes the materials.

Almost all home appliances use this technique. Its rapid material movement allows for easy modification of the plastic. The plastic parts of appliances can be manufactured in a short period of time. The process also allows for remolding. Injection molding is the most common method for producing plastic parts for appliances.

ABS Fan Blade Mould

The surface finish of the precise fan blade mould is very high, and the overall balance is also very high. High-gloss injection moulding technology is usually adopted to produce ABS fan blade moulds. High-gloss injection moulding is also known as rapid thermal cycle injection moulding technology.

1. Kelong's fan blade mould surface has no melting marks, and the surface highlights achieve a mirror effect

2. Improve the strength and surface hardness of plastic parts;

3. Make thin-wall moulding improve injection fluidity, improve product quality and strength;

4. The injection cycle of thick-walled moulding can be reduced by more than 60%;

The high-gloss injection moulding process also has very high requirements on the fan blade mould.

① The inner surface of the mould requires a very high finish to ensure the surface quality of the product;

② The opening of pipes inside the mould must be reasonable to ensure rapid heating and cooling;

③ The pipes inside the mould should have good thermal conductivity;

④ Due to the continuous heating and cooling in the production process, the steel used for the mould is better;

⑤ In the process of using, pay special attention to the maintenance of the mould to ensure that it is dry and dust-free.