New energy

The new energy industry encompasses applications such as wind power, solar power, energy storage, and electric vehicles. Metal products are used in support structures, transmission components, housings, and mounting parts, requiring high strength, corrosion resistance, weather resistance, and long-term reliability to ensure the efficient and stable operation of equipment in complex environments.

Applicable Services

The services we provide

We are committed to providing the highest quality precision metal parts manufacturing services, including precision casting, investment casting, sand casting, and CNC machining. We offer customized solutions, and before mass production, we will provide a free sample for your testing and confirmation.

Thin-walled pipes and tubing

Features: Investment casting has high precision, can adapt to complex shapes, has smooth surface and little material waste.

Applications: Aerospace, precision machinery, automobiles, medical equipment, etc.

Sand Casting Service

Features: Uses sand mold, which is low in cost and suitable for large and complex-shaped metal castings.

Applications: Automotive parts, mechanical structural parts, large castings.

CNC Machining Service

Features: High precision, complex parts, and mass production.

Applications: Molds, medical device parts, aluminum alloy engine cylinder blocks/cylinder heads.

Products

Typical cast products

Wind Power Equipment: Blade support frames, tower connection components, nacelle supports, etc.

Photovoltaic Equipment: Mounting brackets, installation bases, connectors, etc.

Energy Storage Equipment: Battery casings, support frames, frame structural components, etc.

Automotive Stamped Parts: Motor housings, wheel hubs, transmission brackets, etc.

Incoming material inspection

Dimensional measurement (CMM)

Surface finish inspection

Hardness testing

100% visual inspection for critical parts

Material Selection

Material Selection Suggestions

Aluminum Alloy

Suitable for lightweight structural components, frames, brackets, and housings, offering a balance of strength, corrosion resistance, and thermal conductivity.

Stainless Steel

Used for critical components requiring corrosion resistance, load-bearing capabilities, or use in outdoor environments, such as tower supports and battery housings.

Carbon Steel

Used for load-bearing parts and frame structures, offering high strength, good machinability, and moderate cost.

Nickel-based Alloy

Used for critical components in high-temperature, highly corrosive, or special operating conditions.

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