Metal Cold Forging Parts

Key benefits of Metal Cold Forging Parts:

High precision: Metal Cold Forging Parts ensures precise tolerances and a smooth surface, perfect for parts that require precision.

Increased strength: This process hardens the material and makes the part stronger. This is especially useful for small parts with high stress.

Minimal Waste: Thermoforming is a net-shaped process, so minimal waste is generated during manufacturing.

Faster Forging: Cold forging doesn’t require heating, so it’s faster than cold forging.

Cost-effective: Processing time and material consumption are reduced, making it cost-effective to mass-produce small to medium-sized components.

Common uses for metal hot Forging:

Vehicle components: gears, gears, and motorcycles.

Aerospace: Small specific parts such as bearings;

Electronic Items: Components such as connectors and connectors.

Medical Instruments: Small precision instruments such as implants, surgical instruments, and valves.

Industrial Machines: Bushings;

Hot Forging Recipe:

Starter: The starter (usually blocks or blocks) is cut to size.

Forging: A cylinder of steel is pressed into a die and shaped under high pressure. The metal undergoes significant non-thermal plastic deformation.

Ejection: When the forging process is complete, the part is ejected from the die.

Finishing: Depending on the final requirements, the cold-formed parts may require additional processing, such as heat treatment, polishing, and reinforcement.

Hot Forging Type:

Impact Extrusion: A technique in which metal is pressed into a die at high pressure. It is typically used to make hollow containers such as boxes and tubes.

Upsetting - A process used to compress metal into the head of a pin or shaft.

Embossing: A process that uses a combination of pressure and heat to create details or stamps.

Roll Forging: The process of passing a material through a rolling mill to reduce its thickness and create a desired shape.

Hot forming is generally suitable for small and medium-sized parts, especially those requiring high accuracy and strength. For larger or more complex parts, cold engraving is less frequent due to material flow limitations and die complexity, and hot engraving or mechanical engraving is preferred.

Featured Products

● MIM Parts

● Titanium Parts

● Ceramic Parts

● Helical Gears

Manufacturing Process

● Metal Stamping

● Micro Cold Forming

● Forging

● Casting

● CNC Machining

● Metal Injection Molding

● Ceramic Injection Molding

● 3D Printing