Forging Parts

Forging creates strong, defect-free parts with improved mechanical properties. It offers customization for diverse shapes and sizes, catering to automotive, aerospace, oil, gas, and construction industries. Although initial tooling costs may be higher, its durability and cost-effectiveness make it a preferred long-term solution, minimizing maintenance and replacements.Prototek is your best choice for forging parts.

Our Samples

Above samples are part of our clients products, if you want know more, just contact us freely.

Raw Material Options

Hot Forging

Carbon Steel: 1035, 1045

Alloy Steel: 4140, 4340

Stainless Steel: 304, 316

Aluminum Alloy: 6061,7075

Tiuminum Alloy: Ti-6Al-4V

Cold Forging

Carbon Steel: 1018,1020

Stainless Steel: 304, 316

Aluminum Alloy: 2024、5052

Brass: C26000

Copper: C11000

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Why Choose Us?

Hot Forging Process

Shape Control: Hot forging allows better control of shapes, particularly suitable for manufacturing large or complex-shaped components.

Improved Mechanical Properties: Since metal is more easily plastically deformed at high temperatures, hot forging helps improve the mechanical properties, including strength and toughness, of the components.

Cost Reduction: Hot forging typically reduces costs as there is no need for overly precise machining of molds, and equipment wear is relatively low.

Cold Forging Process

Reduced Equipment Wear: Due to the lower temperature involved, cold forging usually results in less equipment wear.

High Precision: Cold forging can provide higher shape precision, suitable for manufacturing components with high dimensional and shape requirements.

Energy Efficiency: As there is no need to heat the metal billet, cold forging typically saves energy.

How To Choose

The choice between hot forging and cold forging often depends on the material used, the shape of the part, and the performance requirements. In some cases, the manufacturing process may involve a combination of hot and cold forging to leverage the respective advantages of each method.