In a Lego game, you will hold the laser, sit on the device, and shoot various targets. Since this game is mainly to meet the gaming experience of LEGO fans at a young age, the plastic product shell is required not only to be polished well, but also to be wear-resistant. In addition, because it is a laser electronic housing, it needs to be assembled with electronic components, so the precision requirements for plastic products are relatively high. Finally Green Vitality provide perfect plastic enclosure mold after first trial.
Good polishing performance. Electronic enclosure plastic part injection mold materials usually require good gloss and surface condition. Therefore, the roughness of the cavity surface is required to below. In this way, the surface of the cavity must be surface processed, such as polishing, grinding, etc. Therefore, the selected plastic injection mold steel should not contain rough impurities and pores.
Less affected by heat treatment. In order to improve the hardness and wear resistance, the electronic enclosure plastic injection mold is generally heat-treated, but this treatment should make the size change small. Therefore, it is best to use pre-hardened steel that can be machined.
Good wear resistance. The gloss and accuracy of the surface of the electronic enclosure injection mold material are directly related to the wear resistance of the surface of the injection mold cavity, especially when glass fiber, inorganic fillers, and certain pigments are added to some plastics. Together with the plastic melt, it flows at a high speed in the runner and mold cavity, and the friction on the surface of the cavity is great. If the material is not wear-resistant, it will wear quickly.
| Description | Electronics enclosure plastic mold |
| Plastic material | PC/ABS |
| Mould dimension(mm) | 380*700*360 |
| Mould weight (kg) | 750kg |
| Mould cavity&core steel | P20 |
| Nos of Cavity | 1+1 |
| Manufacture time (day) | 30 days |
| Mould life | ≥300 000 |
| Molding cycle (S) | 35s |
| Mold Characteristics | Get the perfect part for production after the first trial |
| Short cycle time |
Good polishing performance. Electronic enclosure plastic part injection mold materials usually require good gloss and surface condition. Therefore, the roughness of the cavity surface is required to below. In this way, the surface of the cavity must be surface processed, such as polishing, grinding, etc. Therefore, the selected plastic injection mold steel should not contain rough impurities and pores.
Less affected by heat treatment. In order to improve the hardness and wear resistance, the electronic enclosure plastic injection mold is generally heat-treated, but this treatment should make the size change small. Therefore, it is best to use pre-hardened steel that can be machined.
Good wear resistance. The gloss and accuracy of the surface of the electronic enclosure injection mold material are directly related to the wear resistance of the surface of the injection mold cavity, especially when glass fiber, inorganic fillers, and certain pigments are added to some plastics. Together with the plastic melt, it flows at a high speed in the runner and mold cavity, and the friction on the surface of the cavity is great. If the material is not wear-resistant, it will wear quickly.
The enclosure of electronic products is one of the commonly used plastic products. People not only have requirements for the function of the finished product but also attach great importance to the material of the shell. The high-quality electronic plastic shell not only has a good appearance but also can effectively extend the service life of the product. So, what are the characteristics of electronic enclosures?
At present, the plastic shells on the market have various styles and complete sizes, but their materials are very different. Most of the electronic enclosures are made of high-quality flame-retardant and fire-retardant ABS materials.
Flame-retardant and fire-retardant ABS materials have excellent impact resistance, heat resistance, low-temperature resistance, chemical resistance, and electrical properties. It also has the characteristics of easy processing, stable product dimensions, and good surface gloss. It is easy to paint, color, secondary processing such as metal spraying, electroplating, welding, hot pressing, and bonding can also be performed on the surface.
In the production of ABS plastic and then adding fire retardant, the electronics enclosure produced not only has the advantages of ABS material but also makes the product have fire resistance.
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