Electric Vehicle Battery Enclosure

Electric Vehicle Battery Enclosure
Details:
As the automotive industry pivots toward electrification, we have positioned ourselves as a premier source factory by perfecting the Electric Vehicle Battery Enclosure. With 23 years of deep-rooted experience in high-precision die-casting, we specialize in creating enclosures that serve as the primary protective structural part for new energy "three-electric" systems. Our engineering team, operating out of our 15,000-square-meter facility, utilizes high-strength, automotive-specific aluminum alloys to meet the rigorous safety standards of the modern EV market.
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Description
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Product Description

As the automotive industry pivots toward electrification, we have positioned ourselves as a premier source factory by perfecting the Electric Vehicle Battery Enclosure. With 23 years of deep-rooted experience in high-precision die-casting, we specialize in creating enclosures that serve as the primary protective structural part for new energy "three-electric" systems. Our engineering team, operating out of our 15,000-square-meter facility, utilizes high-strength, automotive-specific aluminum alloys to meet the rigorous safety standards of the modern EV market. By employing an integrated high-pressure die casting process on our 1650T machines, we ensure that each Electric Vehicle Battery Enclosure is a seamless, one-piece structure. This design philosophy eliminates the inherent structural weaknesses found in spliced or welded alternatives, providing superior vibration resistance and airtight sealing that meets the strict demands of global EV manufacturers and Tier-1 suppliers.

We understand that energy density and vehicle range are directly impacted by component weight. Our Electric Vehicle Battery Enclosure is engineered with outstanding lightweight properties without compromising on its strong impact resistance. Our IATF 16949 certification is the foundation of our production line, governing every stage from the moment the high-pressure molten alloy enters our precision molds. We integrate advanced X-ray flaw detection into our workflow to ensure zero porosity within the shell walls, effectively preventing dust and water ingress under the harshest road conditions. When you partner with us, you are not just buying a die-cast part; you are securing a reliable, high-performance protective shield for your high-value battery packs and inverters, backed by over two decades of manufacturing excellence and an annual output value of 100 million yuan.
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Specifications

 

Process

Integrated High-Pressure Die Casting (HPDC)

Machine Tonnage

1000T - 1650T Large-scale units

Material

High-Strength, Low-Iron Automotive Aluminum Alloy

Sealing Standard

IP67/IP6K9K Compatible

Testing

100% X-ray Flaw Detection & CMM Dimensional Check

Standard Compliance

IATF 16949 Automotive Industry Standard

 

Application Fields

 

Passenger EVs: Core battery pack protection for sedans and luxury SUVs.

Commercial EVs: Heavy-duty inverter and motor housings for electric buses and trucks.

Energy Storage Systems: Protective shells for large-scale industrial battery modules and charging stations.

 

Customization Capability

 

We offer full-cycle OEM/ODM services, transforming your technical drawings into finished products through our structured 40-day mold development cycle. Our R&D team excels at challenging complex internal cooling channels and mounting bracket designs. We support mold orders starting from a single set and provide free samples after initial mold testing to ensure a perfect assembly fit for your specific vehicle architecture.

 

Quality Control & After-Sales

 

Our factory implements standardized production with real-time progress synchronization. We utilize coordinate measuring machines (CMM) and blue-light scanners to ensure micron-level dimensional precision. We provide comprehensive follow-up services and respond efficiently to any transportation or assembly issues, ensuring a worry-free cooperation for our international agents.

 

FAQ

 

Q: What is the lead time for repeat enclosure orders?

A: Since the molds are already completed, repeat orders are significantly faster, typically delivered within 15 to 30 days depending on volume.

Q: Can you handle enclosures for machines above 1000 tons?

A: Yes, our Jiangsu production base is specifically equipped with die-casting machines ranging from 1000T to 1650T for large-scale components.

Q: Do you support international currency settlement?

A: Absolutely, we accept USD and EUR to facilitate smooth transactions for our overseas buyers.

Q: How do you prevent internal porosity in battery housings?

A: We use high-end vacuum die-casting technology combined with 100% X-ray flaw detection to guarantee a dense, leak-proof structure.

 

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