Annealing
(Heat Treatment) | This process eliminates internal stresses in metals caused by heat treatment, welding, or mechanical processing.
It improves the ductility, toughness, and workability of the metal. |
| Grinding | Usually performed using grinding tools and materials such as grinding wheels, sandpaper, cutting fluid, etc.,
to treat the surface roughness of the workpiece,
removing surface protrusions, scars, wear, and other defects, thereby improving surface quality and precision. |
| Grinding and Polishing | This process further improves surface quality based on grinding.
It typically utilizes tools and materials such as buffing wheels and polishing pastes to grind and polish the workpiece surface,
eliminating minor flaws and wear, making the surface smoother, flatter, and more polished. |
| Vibration Finishing | It removes burrs, sharp edges, and other defects from metal parts and components,
making the surface smooth, making it an ideal choice for decorative applications, and is suitable for small, medium, and large castings. |
| Barrel Finishing | This method uses a rotating barrel to smooth and polish the surface of metal parts. It is particularly suitable for deburring small castings. |
| Ball Burnishing | Ball burnishing is a mechanical processing method commonly used for surface treatment of metal balls.
The basic principle involves colliding and rolling multiple metal balls in a burnishing machine to eliminate surface imperfections, making it smoother. |
| Shot Blasting | This process uses steel shot to remove surface impurities and create a smooth and uniform finish.
Benefits of shot blasting include surface cleaning, improved adhesion, and enhanced corrosion resistance. |
| Anodizing | This process forms a protective layer on the surface of aluminum components.
It is particularly suitable for applications that require aesthetics.
Transparent anodizing offers various advantages such as color options, extended lifespan, and improved corrosion protection. |
| Paint Coating | Divided into liquid and powder coating, the parts are sprayed with powder coating and then baked in an oven.
This forms a corrosion-resistant layer to protect the parts. |
| Electroplating | It is a surface treatment method that uses the principle of electrolysis to electrochemically deposit a metal coating on the metal surface.
The surface exhibits properties such as improved corrosion resistance, wear resistance, conductivity, and aesthetics.
It can also increase the dimensions of the workpiece, compensate for machining errors, and repair damaged surfaces. |
| Transfer Printing | This process allows complex designs and patterns to be transferred onto metal surfaces. |
| Laser Engraving | Localized surface melting of an object to create specified patterns,
used to present a face or pattern effect, rather than just lines, and can also produce embossed and shadow effects. |
| Chromate Conversion | By adding multiple layers of coatings and cleaners, a thin protective layer forms on the surface of aluminum and other metals.
It enhances corrosion resistance and durability. |
| Assembly | We provide various assembly services to put your products together. |
