High-voltage Battery Enclosure
High-voltage Battery Enclosure
High-voltage Battery Enclosure
High-voltage Battery Enclosure
High-voltage Battery Enclosure
High-voltage Battery Enclosure
High-voltage Battery Enclosure
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  • High-voltage Battery Enclosure
  • High-voltage Battery Enclosure
  • High-voltage Battery Enclosure
  • High-voltage Battery Enclosure
  • High-voltage Battery Enclosure
  • High-voltage Battery Enclosure
  • High-voltage Battery Enclosure

High-voltage Battery Enclosure

Category:

New energy power

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Detailed description

Product Name

High-voltage Battery Enclosure

Application Industry

 New Energy Power

Material

                                   PC+ABS

Item No.

Customized

Mold Type

Two Plate Mold

Production Process

Injection Molding

Country of Origin

China

Certification

ROHS, REACH, IATF 16949

Packing

Tray/ Carton

Mold Making Time

28 Days

 

Precision Plastic Components for New Energy Battery Systems

As a leader in precision plastic components, HOPE Precision is deeply committed to technological innovation and industry expertise in the new energy sector. We understand the rigorous demands that battery systems place on plastic parts. That’s why we offer high-performance, high-quality plastic solutions tailored for various applications in battery packs and energy storage systems.

 

Our product portfolio includes a wide range of energy storage plastic components, such as:

  • Battery Pack Plastic Housings
  • Plastic Battery Brackets for start-stop and prismatic cell systems
  • Pouch Cell Busbars and Plastic Brackets for Pouch Cells
  • Cylindrical Cell Brackets
  • Injection Molded Plastic Parts for automotiv epower batteries

 

All our components are engineered with lightweight designs to reduce overall battery module weight, while maintaining excellent electrical insulation, mechanical strength, and thermal stability. These parts perform reliably under high temperatures and corrosive environments, ensuring smooth current transmission and structural integrity across both passenger and commercial electric vehicles.

 

To meet the increasing complexity of battery module designs, many of our parts incorporate metal inserts. Utilizing advanced plastic insert molding, plastic overmolding, and heat staking technologies, we achieve durable plastic-metal integration while streamlining assembly and reducing production costs. Our precision injection molding capabilities ensure tight tolerances and superior surface finishes—critical for ensuring a perfect fit within battery systems.

 

In terms of material selection, we apply strict standards for heat resistance, chemical stability, electrical insulation, mechanical durability, flame retardancy, and environmental compliance. Every material used is rigorously tested to meet the high demands of the new energy battery industry. Whether for small-scale electric vehicles or large commercial battery storage, our precision plastic parts deliver safety, reliability, and performance.

 

Backed by in-house mold design and fabrication capabilities, HOPE offers DFM mold design services, injection tooling, and one-stop plastic molding solutions. Our manufacturing system is ISO/IATF16949-certified, ensuring top-tier plastic injection molding services from concept to final product.

 

At HOPE Precision, our dedicated R&D and engineering teams continue to push boundaries in plastic molding for next-generation battery systems. As we move forward, we remain focused on innovation, quality, and long-term partnerships—driving sustainable growth in the global energy storage and electric mobility markets.

Battery plastic housing is manufactured from high-strength, heat-resistant polymers designed to protect internal cells and electronic components from shock, dust, vibration, and moisture. Lightweight yet durable, it offers excellent insulation performance, structural stability, and long service life for various battery systems.

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