Solid-State & Lithium Battery Current Collectors places specific demands on the alloys that serve it. Jiangsu DZX Alloy supplies Pure nickel, Copper-nickel (CuNi) alloys, Copper & copper alloys for this duty, combining 24+ years of precision-alloy manufacturing experience with an ISO9001 triple-inspection system, a 12,000 m2 self-owned factory and full batch traceability. In real projects, solid-state & lithium battery current collectors succeeds or fails on how well the material matches the conditions described above.
The hydrogen and battery economy runs on precisely processed metals: fuel-cell bipolar plates, titanium and nickel components for PEM electrolysers, nickel current collectors for solid-state and lithium cells, nickel foam electrodes, thermocouples for storage temperature monitoring and FeCrAl/NiCr heating elements for thermal management. Jiangsu DZX Alloy supplies these material families under one quality system, from prototype quantities to volume production.
General Requirements for Solid-State & Lithium Battery Current Collectors
- Corrosion resistance in electrolyte and hydrogen environments.
- Dimensional precision: plate thickness, mesh geometry and pad accuracy held batch to batch.
- Electrical performance: controlled resistivity and conductivity for collectors and busbars.
- Surface condition: clean, coating-ready surfaces for catalysis and welding.
- Supply-form fit: materials must be available in the forms fabrication requires — typically wire from0.025mmfrom, strip, plate, bar / wire, strip, plate, bar, tube / wire0.08-7.5mm, strip, bar.
Recommended Materials & Specifications for Solid-State & Lithium Battery Current Collectors
The following grades and specifications apply to this application; all values are as supplied by Jiangsu DZX Alloy with per-batch certificates:
| Material | Representative grades | Key properties | Available forms |
|---|---|---|---|
| Pure nickel | N4, N6, Ni200, Ni201 | Ni ≥99%; high electrical conductivity | wire from0.025mmfrom, strip, plate, bar |
| Copper-nickel (CuNi) alloys | CuNi10, CuNi30, CuNi44 | electrical resistivity0.03-0.50 μΩ·m | wire0.08-7.5mm, strip, bar |
| Copper & copper alloys | C1100, C17200 (BeCu) | high electrical conductivity | wire, strip, plate, bar, tube |
Pure nickel (N4, N6, Ni200, Ni201) is specified for its Ni ≥99%; high electrical conductivity. Jiangsu DZX Alloy supplies it as wire from0.025mmfrom, strip, plate, bar, with dimensions produced to drawing; supported fabrication routes include bending, welding, stamping and machining as the form allows. Copper-nickel (CuNi) alloys (CuNi10, CuNi30, CuNi44) is specified for its electrical resistivity0.03-0.50 μΩ·m. Jiangsu DZX Alloy supplies it as wire0.08-7.5mm, strip, bar, with dimensions produced to drawing; supported fabrication routes include bending, welding, stamping and machining as the form allows. Copper & copper alloys (C1100, C17200 (BeCu)) is specified for its high electrical conductivity. Jiangsu DZX Alloy supplies it as wire, strip, plate, bar, tube, with dimensions produced to drawing; supported fabrication routes include bending, welding, stamping and machining as the form allows.
Available supply forms by grade:
- Pure nickel: wire from0.025mmfrom, strip, plate, bar
- Copper-nickel (CuNi) alloys: wire0.08-7.5mm, strip, bar
- Copper & copper alloys: wire, strip, plate, bar, tube
Customisation: Grades, diameters, wall thicknesses and lengths can be manufactured to customer drawings, and samples are available on request. strip thickness and width, thin foil strip, surface condition customised for cell assembly.
Application Scenario Deep Dive: Solid-State & Lithium Battery Current Collectors
Scaling from prototype to volume is where material variation bites: tolerances that were acceptable on a 50 kW stack become yield problems at 1 MW. Jiangsu DZX Alloy’s approach is to fix the measurable parameters — thickness, porosity, resistance, surface — with per-batch verification and uniform-format reports, so stack designs can be frozen on sample-lot evidence instead of volume-lot hope.
When Ni ≥99%; high electrical conductivity governs the duty, Pure nickel is the typical first call; Copper-nickel (CuNi) alloys is preferred where electrical resistivity0.03-0.50 μΩ·m matters more. Jiangsu DZX Alloy’s engineering team can review your duty conditions and confirm the grade, condition and tolerance before ordering.
Solid-State & Lithium Battery Current Collectors does not operate in isolation: within New Energy Applications it sits alongside Fuel-Cell Bipolar Plates, PEM Electrolyser Components, Flow-Battery Electrodes & Nickel Foam, and material choices made here often share grades, documentation and inspection practice with those duties. Reviewing the neighbouring application pages is the fastest way to see where specification boundaries lie.
Recommended Jiangsu DZX Alloy Products for This Application
The grades below are the ones most often specified for this duty. Each product page carries the nominal composition, equivalent designations, temperature rating, supply forms and the full certificate menu:
Standards & Quality Documentation
Every order can be supplied with a quality certificate including chemical-composition analysis, with full heat and batch traceability. Jiangsu DZX Technology Co., Ltd. operates a 12,000 m2 self-owned factory covering melting, rolling, wire drawing and surface treatment in-house, produces over 1,200 tonnes of alloys per year under an ISO9001 triple-inspection system, and serves more than 1,500 customers worldwide.
Documentation Checklist for Solid-State & Lithium Battery Current Collectors Orders
- Quality certificate with chemical-composition analysis, per heat and batch;
- Dimensional and tolerance reports for every production lot;
- Surface-inspection records where finish is specified;
- Applicable-standard certificates (ASTM / IEC / customer specification as agreed);
- Application-support documents — life guidance, annealing windows or fault-isolation notes where the duty requires them.
Working with Jiangsu DZX Alloy on Solid-State & Lithium Battery Current Collectors
Jiangsu DZX Alloy supports this application from selection to delivery: pre-sales material selection and drawing review, prototype samples for qualification, and one-to-one after-sales process support with rapid response. Manufacturing runs from melting, rolling and wire drawing to surface treatment in-house, so grade, dimension and surface condition are controlled at every step rather than outsourced. Buyers are welcome to visit the 12,000 m2 factory in Jiangsu to audit production capability in person before committing to a program.
Production & Inspection Flow for Solid-State & Lithium Battery Current Collectors
Every order for this application follows the same controlled flow:
- Melting with composition control against the target grade window;
- Rolling or drawing to the agreed dimension and tolerance;
- Surface treatment and inspection — pickling, polishing or coating as specified;
- Final inspection with chemical-composition analysis, and certificates released with the batch.
Why Source This Application from Jiangsu DZX Alloy
- Factory direct: no middleman markup, self-owned melting, rolling, drawing and surface-treatment facilities;
- Material breadth: nickel-base, iron-base and copper-base alloys plus titanium and precision alloys from one supplier;
- Flexible supply: wire, tube, strip, plate, bar and custom formats, with 12,000 m2 of stock capacity for fast dispatch;
- Global logistics: shipping from Jiangsu, China to markets worldwide, with samples available on request.
Frequently Asked Questions
What materials does Jiangsu DZX Alloy recommend for solid-state & lithium battery current collectors?
Typical selections include Pure nickel (N4, N6, Ni200, Ni201). Additional options such as Copper-nickel (CuNi) alloys are available where the duty requires it.
Which supply forms and specifications are available for this application?
Typical forms include wire from0.025mmfrom, strip, plate, bar; wire, strip, plate, bar, tube; wire0.08-7.5mm, strip, bar. Dimensions, tolerances and lengths are produced to customer drawings.
Can grades and dimensions be customised?
Grades, diameters, wall thicknesses and lengths can be manufactured to customer drawings, and samples are available on request. strip thickness and width, thin foil strip, surface condition customised for cell assembly.
What quality documentation comes with each batch?
Every order can be supplied with a quality certificate including chemical-composition analysis, with full heat and batch traceability.
Can Jiangsu DZX Alloy support both prototype and volume production?
Yes. Sample lots and volume batches run under the same process controls and documentation format, so qualification evidence carries over from prototype to volume.
How do I start an order for this application?
Send your drawing, specification or duty description to the Jiangsu DZX Alloy engineering team. You will receive a grade recommendation with applicable standards and a quotation; samples for qualification can be arranged before volume commitment.
Can I visit the factory before committing?
Yes. Jiangsu DZX Alloy welcomes customer visits to the 12,000 m2 factory in Jiangsu to audit melting, rolling, drawing and inspection capability in person.
Need a material recommendation? Send your specification to Jiangsu DZX Alloy’s engineering team for a free selection proposal — samples are available on request.
