Post Process for Custom Die Castings
Our Post Process for Custom Die Castings includes essential finishing techniques like post machining, sand blasting, tumbling, assembling, painting, powder coating, anodizing, and arc anodizing. These processes improve surface quality, durability, and functionality, ensuring precision and enhanced performance for each part.
- Aluminum Castings Post Process
- Zinc Castings Post Process
- Copper Castings Post Process
- Tool and Die Post Process
Send us your designs and specifications for a free quotation
All uploaded files are secure and confidential
Typical Post Process for Die Castings
Typical post processes for die castings include post machining, sand blasting, tumbling, assembling, painting, powder coating, anodizing, and arc anodizing. These techniques refine surface quality, enhance durability, and improve part aesthetics, ensuring precision, functionality, and long-lasting performance for every casting.
Sand blasting cleans, smooths, and textures die-cast parts, improving surface finish and preparing for further processing.
Tumbling smooths and polishes parts, removing burrs and imperfections, resulting in uniform surfaces and better finishes.
Assembling involves joining individual components to form the final die-cast product, ensuring proper functionality.
Anodizing enhances the surface layer, improving corrosion resistance and offering color options for aluminum die-casts.
Post machining enhances dimensional accuracy and surface finish by machining die-cast parts to precise specifications.
Powder coating provides a durable, uniform finish, enhancing the appearance and increasing the wear resistance of die-cast parts.
Painting provides aesthetic finishes, offers color customization, and adds an extra layer of corrosion resistance.
Arc anodizing creates unique, decorative, and durable coatings, adding a distinctive visual appearance with extra protection.
Sand blasting cleans, smooths, and textures die-cast parts, improving surface finish and preparing for further processing.
Tumbling smooths and polishes parts, removing burrs and imperfections, resulting in uniform surfaces and better finishes.
Assembling involves joining individual components to form the final die-cast product, ensuring proper functionality.
Anodizing enhances the surface layer, improving corrosion resistance and offering color options for aluminum die-casts.
Post machining enhances dimensional accuracy and surface finish by machining die-cast parts to precise specifications.
Powder coating provides a durable, uniform finish, enhancing the appearance and increasing the wear resistance of die-cast parts.
Painting provides aesthetic finishes, offers color customization, and adds an extra layer of corrosion resistance.
Arc anodizing creates unique, decorative, and durable coatings, adding a distinctive visual appearance with extra protection.
Anodizing enhances the surface layer, improving corrosion resistance and offering color options for aluminum die-casts.
Post machining enhances dimensional accuracy and surface finish by machining die-cast parts to precise specifications.
Powder coating provides a durable, uniform finish, enhancing the appearance and increasing the wear resistance of die-cast parts.
Painting provides aesthetic finishes, offers color customization, and adds an extra layer of corrosion resistance.
Arc anodizing creates unique, decorative, and durable coatings, adding a distinctive visual appearance with extra protection.
Sand blasting cleans, smooths, and textures die-cast parts, improving surface finish and preparing for further processing.
Tumbling smooths and polishes parts, removing burrs and imperfections, resulting in uniform surfaces and better finishes.
Assembling involves joining individual components to form the final die-cast product, ensuring proper functionality.
Anodizing enhances the surface layer, improving corrosion resistance and offering color options for aluminum die-casts.
Post machining enhances dimensional accuracy and surface finish by machining die-cast parts to precise specifications.
Comparison of Post Processings
Post-processing methods vary based on material, application, and finish requirements. Techniques like sand blasting and tumbling are quick and cost-effective for cleaning and polishing. Anodizing and arc anodizing provide corrosion resistance, while powder coating and painting enhance durability and aesthetics. Post machining ensures tight tolerances. Each method balances speed, cost, and quality to suit different project needs.
Let's Start A New Project Today
Frequently Asked Questions
Explore Related Blogs
Explore Related Resources
Neway Precision Works Ltd.
No. 3, Lefushan Industrial West Road
Fenggang, Dongguan, Guangdong
China (ZIP 523000)
Copyright © 2025 Diecast Precision Works Ltd.All Rights Reserved.