Overview:
Our Automotive‑Grade stainless steel micro‑brackets are precision‑metal‑stamped from 316L stainless for superior corrosion resistance, strength, and repeatable ±0.01 mm tolerances—ideal for EV battery module assemblies. Manufactured in our ISO‑certified facility using high‑speed progressive stamping presses and secondary CNC finishing, these micro‑brackets meet automotive‑grade performance benchmarks. As leading OEM manufacturers, we provide end‑to‑end tooling design, custom prototyping, and high‑volume production to seamlessly integrate into your EV battery pack line. Contact us today to discuss your requirements, request a custom quote, or order samples and elevate your EV battery module performance.
Characteristics:
- 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 your specifications
- Service: End‑to‑end OEM solutions
- MOQ: Flexible, based on your requirements
- Shape: Custom designs supported
- Certification: ISO 9001, IATF 16949
Advantages of Our Products:
- Exceptional Dimensional Precision
Our precision CNC gear hobbing achieves tolerances as tight as ±0.01 mm, guaranteeing flawless gear engagement and uniform performance across every transmission assembly. - Consistent High‑Volume Production
Utilizing cutting‑edge injection molding technology, we deliver uniform components with virtually no flash and minimal scrap, enabling cost‑effective, large‑scale manufacturing without sacrificing quality. - Superior Wear Resistance & Low Friction
Crafted from premium POM resin, these gears offer outstanding abrasion resistance and a low coefficient of friction—ideal for long‑life automotive transmission systems. - Custom Tooling & Rapid Prototyping
Our modular mold architectures and quick‑change inserts accommodate bespoke gear geometries, custom engravings, and material blends, shortening lead times and accelerating your product development timeline.
Post‑Process:
- Electroless Nickel Plating
Employs an autocatalytic deposition process to build a uniform, pore‑free nickel‑phosphorus layer, dramatically improving surface hardness, wear resistance, and corrosion protection. - Zinc Hot‑Dip Galvanization
Submerges parts in molten zinc to form a durable, sacrificial coating that shields components from rust and extreme environmental exposure. - Hard Chrome Electroplating
Utilizes electrochemical plating to deposit a dense chromium layer, enhancing surface toughness, abrasion resistance, and yielding a bright, highly reflective finish. - Thermoset Powder Coating
Applies electrostatically charged polymer powders followed by heat curing to create a resilient, uniform coating that resists chipping, scratching, and chemical attack.
Factory Show:
Our cutting‑edge manufacturing campus is equipped with 25 high‑tonnage punch presses (25–300 tons), precision wire‑EDM systems, advanced grinding and polishing cells, dedicated welding stations, and ultrasonic cleaning lines—each rigorously calibrated to preserve part integrity. We offer a comprehensive suite of metal‑finishing services, including electroplating, zinc and nickel coatings, hard chrome, and anodizing, all executed via proprietary processes that deliver uniform, industry‑leading corrosion resistance. Integrated automated workflows and stringent in‑house inspections ensure seamless compliance with ISO 9001 and IATF 16949 standards, guaranteeing that every stamped component upholds the utmost standards of precision, durability, and performance.
