6 cavities Melamine Dish Mould with 718H steel and Hard Chrome
Product Detail
The melamine tableware hydraulic press mold is the core component that adapts to the hydraulic press to complete the hot pressing molding of melamine tableware. Its material and structural design directly determine the molding accuracy and service life of the tableware.
Key points of mold design and manufacturing
Summary
FAQ
Question1：What causes burrs (flash) on the product?
1.Wear or damage to the mold parting surface.
2.Insufficient mold closing pressure or poor machine tool parallelism.
3.Excessively deep venting grooves.
Question2：What causes product sticking to the mold?
1.Insufficient mold surface finish (poor polishing).
2.Insufficient draft angle.
3.Insufficient or ineffective application of mold release agent.
Question3：Is custom mold design available?
Yes, you can provide us with the images of the tableware you want, and we will create a design and manufacture the molds according to the desired size and shape. Alternatively, we can send you our mold catalog for selection and reference.
Question4：Do we own our own mold factory?
Yes, we have our own mold factory with over 16 years of experience, and we have been in the melamine tableware industry for more than 18 years. In addition, we also own factories for melamine tableware, raw materials, and machinery.
Question5：How to maintain and care for molds?
• After each use: Clean the cavity promptly to remove any residual melamine powder to prevent material clumping and adhesion, which could affect the accuracy of the next molding attempt.
• Regular maintenance: Regularly check for chromium layer peeling and cavity deformation. If scratches appear, polish and repair them promptly. When the mold is not in use for extended periods, apply rust-preventive oil to the mold surface and cover it with a dust cover.
Auxiliary maintenance: Regularly calibrate the temperature using a hydraulic press to prevent prolonged high-temperature impact that could cause mold thermal deformation. Also, avoid striking the cavity with hard tools to prevent damage to the surface structure.