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Leading Chinese manufacturer delivering precision-forged metal components to global markets with unmatched quality and reliability

• ISO 9001 Certified

• Global Shipping

• Custom Design

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Global Clients Served

300 +

Years of Experience

15 +

Countries Delivered

50 +

mm Near Net Shape

0.1

Our Forging Services

Comprehensive metal forging solutions tailored to your specific requirements with precision engineering and quality assurance

Hot Forging

High-temperature forging for complex shapes and superior material properties

Temperature range: 950°C – 1250°C
Complex geometries achievable
Excellent material flow
Superior mechanical properties

Die Forging

Precision die forging for consistent, high-quality components, near-net shape forging with 0.01mm tolerance.

Tight dimensional tolerances
Consistent part-to-part quality
Complex internal features
High production efficiency

Roll Forging

Advanced roll forging technology for efficient production of stepped shafts, axles, and cylindrical parts.

Continuous production process
Excellent material utilization
Precise diameter transitions
Cost-effective for high volumes

Materials & Surface Finishes

Wide range of materials and finishing options to meet your exact specifications and performance requirements

Materials We Forge

Carbon Steel

1010, 1020, 1045, 1060, 1080

Alloy Steel

4140, 4340, 8620, 4130, 5160

Stainless Steel

304, 316, 17-4PH, 410, 420

Aluminum

6061, 7075, 2024, 5083

Titanium

Ti-6Al-4V, Grade 2, Grade 5

Copper Alloys

Brass, Bronze, Phosphor Bronze

Surface Finishes

As-Forged

Natural forge finish with scale

Machined

Precision machined to specified tolerances

Shot Blasted

Clean, uniform surface texture

Heat Treated

Annealing, normalizing, quenching & tempering

Plated/Coated

Zinc, nickel, chrome plating or powder coating

Custom Material Solutions

Don’t see your required material or finish? Our metallurgical experts can work with exotic alloys and specialized treatments to meet your unique requirements.

Discuss Custom Requirements

Industries We Serve

Delivering forged components across diverse industries with specialized expertise

Automotive

Engine parts, transmission components, suspension systems

Aerospace

Aircraft components, turbine parts, landing gear

Construction

Heavy machinery parts, structural components

Energy

Oil & gas equipment, renewable energy components

Marine

Ship components, offshore equipment

Industrial

Machinery parts, industrial equipment

Uncompromising Quality Standards

Our commitment to excellence is reflected in every component we forge, backed by international certifications and rigorous quality control processes.

International Certifications:
✓ ISO 9001:2015 Quality Management
✓ ISO 14001:2015 Environmental Management
✓ AS9100 Aerospace Quality

Advanced Testing

Comprehensive material testing including tensile, impact, and hardness testing

100% Inspection

Every component undergoes rigorous quality inspection before shipment

Traceability

Complete material and process traceability for full accountability

Global Standards

Compliance with ASTM, DIN, JIS, and other international standards

More About HDC

Learn more about our factory, equipment, manufacturing process, and post finishes.

	Equipment	Quantity
Forging	Electric screw press (160T-4000T)	22
	Forging Press (160T-1000T)	12
	Punch Press	50
	Roll Forging	1
Heat Treatment and Surface Treatment	Quenching Furnace	1
	Ageing Furnace	2
	Pickling Line	2
	Polishing Line	2
	Sandblasting Line	3
Machining	Three-Axis Machining Center	20
	Four-Axis Machining Center	23
	Drilling and Milling Center	6
	Drilling Machine	26
	Honing Machine	2
	Ultrasonic Cleaning	2
	Broaching Machine	1
Testing Equipment	Coordinate Measuring Machine (CMM)	1
	Spectrometer	1
	Material Tensile Testing Machine	2
	Hardness Tester	4
	Profilometer	1
	Fluorescent Penetrant Inspection Line	1

What is Forging

Forging is a processing method that presses the metal by hammering or pressing to make it plastically deformed, so as to change the lattice arrangement of the metal, reduce the internal voids, eliminate defects, and improve the strength, toughness and other mechanical properties of the metal. According to the processing method, it can be divided into the following three types:

Open Forging: Without using a die, the metal is repeatedly hammered to deform it, which is suitable for forging blanks of non-standard large parts.
Die forging: The metal is pressed into the die by pressure, which has high production efficiency and is used to produce complex shape parts.

Roll forging: Using the fan-shaped die on a pair of counter-rotating rolls, the metal blank is rolled in multiple passes, and gradually rolled into a forging of the desired shape. It is suitable for forging shafts or flat forgings.

Advantages of Forging

The main advantages of forging compared with other metal processing processes are reflected in the following aspects:

Excellent mechanical properties
Near-net shaped, high material utilization
High consistency, suitable for mass production

Any processing method has its drawbacks, and forging is no exception. Its disadvantages are mainly reflected in the high cost of tooling (especially die forging) and the low precision, which often requires additional machining for high-precision applications.