Mainly electronic molds we make are electronic housing mold, electronic components mold, electronic dashboard cover mold, computer keyboard mold, computer mouse mold, bluetooth earphone plastic mold, power bank enclosure mold, air purifier mold, plug plastic mold, gamepad mold etc.
The electronic plastic injection molding process is cost-effective and ideal for mass production runs and applications that require consistency and tight tolerances. Computer keyboard plastic inejction mold belongs to precision mold, Green Vitality has a team of professional and experienced engineer team to make high accuracy keyboard plastic mold for you.
To produce a high-quality computer keyboard plastic injection mold, we need to work hard on mold design and analyze injection, ejection, and cooling systems, so that the keyboard is without flash, sink mark, deformation, and easy demolding. These are very important factors when making keyboard mold and plastic parts. Our aim is once the injection parameter is set by our customers, the mass production will be continuously good, and no need to repair.
|Description||Keyboard Plastic Injection Mold|
|Mould weight (KG)||520KG|
|Mould cavity&core steel||718|
|Nos of Cavity||1|
|Manufacture time (day)||40 days|
|Molding cycle (S)||40s|
|Packing Method||Vacuum packing|
Computer keyboard steel:
Commonly used steel choices: 45#, 40Cr, P20, 2738, 2316, 718, 718H, NAK80, S136, 2316, 2738etc. Generally, 718 and NAK80 materials are used for computer keyboard molds, so that the surface of the product can achieve a certain smoothness, and the mold life is relatively long. If you want the mold quality to be more guaranteed, you can choose S136. We will advise customers to determine the mold steel according to the features of the product and customer requirements!
The key points of the computer keyboard mold:
The key point of computer keyboard mold injection molding is the selection of the gate, and its selection must ensure that the plastic filling pressure in the mold cavity is consistent and the pouring distance is the same. At the same time, we must know whether the temperature difference in different parts of the mold will affect the degree of melting of the plastic.