Customized Moulds for Household Goods

Basic Info

Brand: HAOCHEN

Place Of Origin: China

Additional Info

Transportation: Ocean,Land,Air

Place of Origin: China

Port: SHENZHEN

Product Description

The material of daily necessities mold mainly depends on the use conditions of the mold, Injection Molded Products efficiency requirements, product materials cost control, and other factors. When choosing the material for the daily necessities mold, we need to consider the material of the Plastic Parts, the use environment of the mold, the productivity, the life of the mold, and the cost control and other factors to ensure the performance and economy of the mold. Different materials are suitable for different mold types and application scenarios.

The common materials used to make molds for daily necessities can be divided into the following types:

1. Tool steel: For example, P20 steel is suitable for general Injection Molded Products with good machinability and wear resistance; H13 steel is suitable for high-temperature and high-pressure die-casting molds with high hardness and heat resistance.

2. Pre-hardened steel: Pre-hardened steel has already undergone heat treatment before mold making hence when using this mold look for the instance that requires high accuracy and frequent usage of the mold.

3. High-speed steel: HSS stands for high-speed steel which possesses high hardness, high wear resistance, and high temperate resistance, this material is used to create precise molds and cutting tools.

4. Stainless steel: 316L stainless steel and 420 stainless steel are two mold materials they have strong corrosion resistance are easy to polish and ideal for manufacturing products that need polished surfaces.

5. Aluminum alloys: Aluminum alloys possess good thermal conductivity and high thermal expansiveness: these aspects make aluminum alloys ideal for molds that need to be cooled and heated, for instance, the molds of rapid prototyping applications. However since these aluminum alloys are comparatively of low hardness, they are applicable in production processes that involve frequent product replacement or in situations where high accuracy of the product is not a major consideration.

6. Copper alloys: Copper alloys possess a high value of thermal conductivity and wear resistance, and thus are widely used for the manufacturing of mold industry involving high thermal conductivity parts including hot-runner systems and cooling parts of the precision mold.

7. Cemented carbide: Cemented carbide such as tungsten steel with high hardness and wear-resisting performance suitable for manufacturing high precision, and high wear resistance of Mold Parts, such as punch and punch for stamping die.

8. Ceramic materials: For certain specific uses like manufacturing of highly precise and Custom Injection Molded Products, some ceramic materials like alumina ceramics, silicon carbide ceramics, etc. are adopted due to reasons of high hardness, high wear, and heat resistance.