Description:
OEM Stainless Steel Micro Brackets for EV Battery Modules are meticulously engineered fastening solutions that secure battery cells and busbars within electric vehicle modules. Fabricated from premium 304 or 316 stainless steel, these brackets undergo high-precision progressive-die stamping and specialized secondary forming to achieve tight tolerances and reliable spring performance. Our end-to-end one-stop service—from customized part design and advanced tooling development to precision stamping, surface finishing, and final assembly—ensures seamless OEM support. Partner with us for turnkey manufacturing expertise and tailored solutions that meet the rigorous demands of EV battery applications.
Basic Information:
- Place of Origin: Xiamen, China
- Brand Name: OEM
- Material: Stainless Steel, Low Carbon Steel, Aluminum
- Color Options: Original Finish or Custom Pantone/RAL Colors
- Packing: Tailored Protective Packaging
- Delivery Time: 10–20 Days
- Size: Fully Customizable per Specifications
- Service: End-to-End OEM Solutions
- MOQ: Flexible, Based on Your Requirements
- Shape: Custom Designs Supported
- Certification: ISO 9001, IATF 16949
Key Advantages of Our Solutions:
- Tight-Tolerance Progressive Stamping
Guarantees uniform part geometry and exceptional dimensional consistency across every batch. - Robust Corrosion Protection
Delivers long-term oxidation resistance for reliable performance in demanding environments. - Economical High-Throughput Manufacturing
Leverages optimized workflows to achieve cost-effective, large-volume production with minimal material waste. - Tailored Secondary Forming & Finishing
Provides bespoke bending, coining, and surface treatments to meet exact application requirements.
Secondary Processing Services:
- Electroless Nickel Deposition
Delivers a uniform nickel-phosphorus coating that enhances corrosion resistance, surface hardness, and wear endurance. - Zinc Hot-Dip Coating
Involves immersing components in molten zinc to form a sacrificial layer that protects against rust and environmental exposure. - Hard Chrome Electroplating
Applies a thin chromium layer to improve surface durability, wear resistance, and achieve a high-reflective, polished appearance. - Thermoset Powder Coating
Utilizes electrostatically applied polymer powders cured under heat to create a resilient, chip- and scratch-resistant finish.
Quality Assurance:
Our quality management for OEM Stainless Steel Micro Brackets for EV Battery Modules adheres to ISO 9001 and IATF 16949 standards, ensuring strict alignment with automotive industry requirements. Each production lot is subjected to in-process and final validation using coordinate measuring machines (CMM) for precise dimensional checks, tensile testing rigs to verify mechanical integrity, Rockwell hardness testers for material uniformity, and salt-spray chambers to evaluate long-term corrosion resistance. We also employ automated optical inspection systems for full-surface defect detection and custom fixture tests to confirm consistent spring force and assembly fit. These rigorous evaluation protocols ensure every micro bracket delivers the durability, performance, and safety demanded by EV battery systems.
Our Factory:
Our cutting-edge manufacturing facility is equipped with 25 high-tonnage punch presses (25–300 tons), precision wire EDM machines, advanced grinding and polishing centers, welding stations, and ultrasonic cleaning lines—each calibrated to uphold part integrity. We offer a comprehensive metal finishing suite—electroplating, zinc, nickel, chrome, and anodizing—applied via proprietary processes to ensure consistent, corrosion-resistant surfaces that meet stringent industry requirements. Through automated production workflows and strict in-house quality inspections, we rigorously adhere to ISO 9001 and IATF 16949 standards, guaranteeing every stamped component achieves peak precision, longevity, and performance.
