Zinc Alloy Metal Clothing Accessories Buttons Production Equipment Button Centrifugal Casting Machine
| Machine Power: | 10kw | Machine Model: | 9/12/14/16/18 Inches |
| Machine Weight: | 160kg | Max Rotation Speed: | 1500rpm |
| Cylinder Pressure: | 0-6MPa | Maximum Temperature: | 520°C |
Zinc Alloy Metal Clothing Accessories Buttons Production Equipment Button Centrifugal Casting Machine
The Button Centrifugal Casting Machine is specially engineered for manufacturing zinc alloy clothing buttons and fashion accessories that require high precision, fine details, and smooth surface quality.
Unlike conventional gravity casting, the machine uses high-speed centrifugal force to rapidly drive molten zinc alloy into every corner of the silicone rubber mold. This casting method is especially suitable for small and intricate button designs, ensuring complete mold filling even for thin edges, engraved logos, textured patterns, and complex decorative details.
Because clothing buttons are typically small, lightweight, and produced in large quantities, centrifugal casting provides outstanding production efficiency while maintaining consistent product quality. The process minimizes shrinkage, porosity, and incomplete filling, resulting in buttons with excellent dimensional accuracy, sharp details, and reduced polishing requirements.
The machine is compatible with silicone rubber molds, allowing manufacturers to quickly change designs and produce various button styles with low tooling costs. It is an ideal production solution for apparel accessories factories, fashion hardware manufacturers, and custom button producers.
Why Centrifugal Casting is Ideal for Button Production
- High centrifugal force completely fills small and complex mold cavities.
- Produces clear logos, patterns, and decorative textures.
- Excellent for thin-wall and miniature zinc alloy products.
- Reduces porosity and casting defects.
- Ensures consistent size and stable product quality.
- Supports rapid mold replacement for multiple button designs.
- High production efficiency for mass manufacturing.
- Low material waste and reduced finishing work.



