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High-Tensile Nickel Battery Tab,Low-Resistance Nickel Alloy Strip,Electroplated Nickel Strip for Battery Terminals

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Battery Terminal Nickel Strip-Cost Effective

Basic Info

BrandHannstar

Place Of OriginChina

SpeciesNickel Strip

Whether PowderNot Powder

Additional Info

PackagingStandard Export Seaworthy Package. Suit for all kinds of transport, or as required.

Productivity300000

TransportationOcean,Land

Place of OriginChina

Supply Ability10000 tons per month

CertificateISO9001

HS Code75061000

PortTianjin,Qingdao

Product Description

High-Performance Nickel Strips for New Energy Battery Packs – Cost-Efficient, Conductive, and Eco-Friendly

Engineered for the evolving demands of electric vehicle and energy storage systems, these low-cost nickel strips are crafted from premium-grade Pure Nickel N6 material (nickel content ≥99.5%) using a precision rolling technique. This advanced manufacturing process ensures exceptional electrical conductivity while significantly lowering production expenses—making them an ideal alternative to traditional nickel-coated copper strips. With ROHS compliance, they meet stringent environmental standards and offer superior performance in high-current applications where reliability and efficiency matter most.

These nickel-based conductive components stand out due to their consistent thickness control, minimal oxidation resistance, and compatibility with automated battery assembly lines. Their uniform microstructure enhances current distribution across cell connections, reducing thermal stress and improving overall pack longevity. Unlike conventional materials that degrade under repeated charge-discharge cycles, these strips maintain stable electrical properties even in extreme temperature ranges, ensuring long-term operational safety in EVs, solar inverters, and portable power stations.

Complementing this product line are several high-value metal solutions tailored for diverse industrial needs:

  • Galvalume Steel: A 55% aluminum-zinc alloy coating provides enhanced corrosion resistance compared to standard Galvanized Steel, offering excellent formability and surface finish for roofing, appliance enclosures, and automotive body panels.
  • Galvanized Steel: Zinc-rich layers formed via hot-dip or electro-galvanizing processes create durable protection against atmospheric exposure—ideal for infrastructure like bridge railings and utility poles.
  • Aluminum Coil/Plate/Pipe: Lightweight yet strong, these deformed aluminum alloys excel in aerospace weight reduction and architectural aesthetics, especially after anodizing or powder coating treatments.
  • Stainless Steel: Chromium-nickel based grades such as 304 and 316 deliver outstanding durability in food processing equipment, medical devices, and decorative cladding thanks to passive film formation and heat tolerance.
  • Aluzinc Steel: Similar to Galvalume, it offers dual-layer protection through aluminum-zinc alloy coatings, excelling in harsh environments while maintaining workability for complex shaping.
  • Prepainted Steel: Continuously coated with organic resins, this material delivers customizable colors and finishes, combining weather resilience with visual appeal for modern construction and household appliances.

The comprehensive range of materials supports sustainable design principles by minimizing waste, extending service life, and enabling recyclable end-of-life strategies. Whether used in lithium-ion battery packs, renewable energy installations, or industrial machinery, each product type is rigorously tested for mechanical integrity, chemical stability, and dimensional accuracy to ensure seamless integration into global supply chains.

Users across Europe, North America, and Asia have praised the nickel strips for their consistent performance in high-voltage applications, noting reduced voltage drop and improved thermal management over time. Similarly, prepainted steel has gained popularity among architects seeking durable, low-maintenance facades, while stainless steel remains the go-to choice for hygienic environments requiring non-reactive surfaces.

Frequently asked questions include inquiries about compatibility with existing battery modules, expected lifespan under continuous load, and ease of soldering or welding during assembly. Most users report that these materials perform reliably when handled according to recommended guidelines, with no significant degradation observed after thousands of operational hours. For optimal results, proper storage conditions—dry, cool, and free from corrosive agents—are advised to preserve material integrity before installation.

Product Categories : Nickel Products > Nickel Strip

Product Images

  • Battery Terminal Nickel Strip-Cost Effective
  • Battery Terminal Nickel Strip-Cost Effective
  • Battery Terminal Nickel Strip-Cost Effective
  • Battery Terminal Nickel Strip-Cost Effective
  • Battery Terminal Nickel Strip-Cost Effective
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