Flange Yoke Automotive Forgings

Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
Flange Yoke Automotive Forgings
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Solution: For connecting the transmission and drive the axle

Material: Carbon steel SAE1035, SAE1045, CM490

Precision: ±0.01mm

Product drawing

Processing
1. Our R&D personnel are responsible for the development of new products according to customer needs, as well as the development and customization of various mechanical components

2. Mold processing: CAD design, CAM, UG, SOLIDWORKS modeling, CNC processing.
The molds are made of a special die steel, which has excellent performance in precision, fatigue resistance and wear resistance, ensuring customers receive reliable, high quality products.

3. After a series of processes covering heating, open die forging, preforming, trimming, and correction, a semi-finished forging is achieved, followed by a final product developed through a heating and machining performance.


Open die forging
It uses a friction welding machine for production, during which the basic geometric shape of the forged product is achieved, and the internal structure (mechanical performance) is improved after a hammering process


Sheet stamping
Uses the metal blanks to achieve the basic product shape according to design requirements


Die cutting
Cutting the burr on the semi-finished product


Rectification
Rectification uses a height Vernier caliper to determine that the processed ends are the correct size, with a measuring precision of 0.02mm. Necessary testing equipment includes the following: Coordinate measuring machine, Vernier caliper, outside micrometer, circular tester and more.

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