1. Product Overview

Aluminum alloy precision die-casting mold is an efficient and high-precision casting mold, mainly used to produce aluminum alloy and other non-ferrous metal products. The mold has the characteristics of high strength, high wear resistance, and high heat resistance, and can realize mass production of complex shapes and high-precision products.

2. Product features

(1) High strength: Aluminum alloy precision die-casting molds are made of high-quality materials. After fine processing and heat treatment, they have high strength and rigidity and can withstand high pressure and high temperature.

(2) High wear resistance: The mold surface is treated with a special coating, which has good wear resistance and corrosion resistance and can extend the service life.

(3) High heat resistance: The mold material has high heat resistance and can maintain stable performance at high temperatures.

(4) High precision: Aluminum alloy precision die-casting molds are processed using advanced CNC machine tools, which can ensure high precision and consistency of the mold.

(5) Efficient production: This mold is suitable for large-scale production and can improve production efficiency and reduce production costs.

3. Mold design

Aluminum alloy precision die-casting mold design uses advanced CAD/CAM software for modeling and processing, which can realize mold design of complex shapes and high-precision products. During the design process, we will carry out personalized customization according to customer needs and product characteristics to ensure the applicability and efficiency of the mold.

4. Manufacturing process

Aluminum alloy precision die-casting molds use high-quality materials and advanced manufacturing processes, including fine machining, heat treatment, special coating treatment, etc. During the manufacturing process, we will strictly control the quality of every link to ensure the high quality and reliability of the mold.

5. How to use

When using aluminum alloy precision die-casting molds, you need to pay attention to the following points:

(1) Check whether the mold is intact before use to ensure there is no damage or cracks.

(2) Ensure that the die-casting equipment matches the mold and is firmly connected to prevent accidental falling off.

(3) Set reasonable die-casting parameters according to product requirements to avoid excessively high or low pressure.

(4) Pay close attention to the mold temperature and cooling conditions during operation to prevent overheating or overcooling.