Pure Nickel Metal

Nickel-Only Line Since 2002 • 12,000 m² Plant • 10,000 t/yr Battery spot welding is decided by the foil — thickness, surface and chemistry determine whether the weld holds or the tab lifts. This nickel foil for battery spot welding, rolled from 0.05 mm thin stock, gives the welding window your line needs: low resistance of 0.096 μΩ·m, a clean bright surface for stable contact, and uniform gauge across the coil so weld penetration stays repeatable. Ni200 and Ni201 are the

Nickel-Only Line Since 2002 • 12,000 m² Plant • 10,000 t/yr Overview New energy battery packs live or die at the tab weld — a strip that varies in chemistry or thickness turns a good weld into a field failure. This NP1 NP2 pure nickel strip, rolled from 0.05 mm to 0.5 mm thick and 5-200 mm wide, is built for battery tab and connector service: stable weld behaviour coil after coil, low resistance of 0.096 μΩ·m, and two GB grades — NP1 (N4) at ≥99.9% Ni+Co and NP2 (N6) at ≥99.5

ISO9001 & SGS Certified | Since 2002 | 12,000 m² Factory | OD 1.0–20mm Seamless | 7–25 Day Ship Ni200 Seamless Capillary for Oil & Gas — Cold-Drawn, B163 Certified, HPHT Hydraulic & Instrument Lines A general-purpose nickel capillary at 90–120 HB works for instrument air and low-pressure chemical dosing. It does not work for a 5,000 psi hydraulic control line on a subsea wellhead, where the tube wall must resist burst pressure at 150°C while immersed in produced water

ISO9001 & SGS Certified | Since 2002 | 12,000 m² Factory | Seamless ±0.05mm | 7–25 Day Ship Seamless Ni200 Capillary Tubing — Cold-Drawn for Tight-Radius Bending, Stable to 600°C, Immune to Caustic Attack A capillary tube that cracks during bending is not a tube — it is scrap. Nickel 200's 35% minimum elongation in the annealed condition means it survives tight-radius forming that would fracture stainless or copper capillary. But elongation alone is not enough: the tube wall

ISO9001 & SGS Certified | Since 2002 | 12,000 m² Factory | 0.025mm Ni Wire ±0.003mm | 7-15 Day Lead Time 0.025mm Solid Nickel Wire — High Corrosion Resistance for Fine Wire Duty At 0.025 mm, a plated coating stops being protection and becomes a liability: the coating is a large share of the cross-section, and the moment it wears or delaminates, the exposed core corrodes fast and the wire fails. This solid pure nickel wire carries its corrosion resistance through the entire

ISO9001 & SGS Certified | Since 2002 | 12,000 m² Factory | 0.025mm Ni Wire ±0.003mm | 3-7 Day Ship 0.025mm Pure Nickel Wire — High Durability for Industrial Applications Fine wire fails in three ways: fatigue fracture from repeated flexing, corrosion attack at surface defects, and dimensional drift that breaks circuit tolerances. At 0.025 mm, every imperfection is magnified — a surface flaw that is invisible on 1 mm wire can end the life of a micro-wire in weeks. This high

ISO9001 & SGS Certified | Since 2002 | 12,000 m² Factory | 0.025mm Ni Wire ±0.003mm | 3-7 Day Ship 8.908 g/cm³ High Purity Nickel Wire — Precise Material for Industrial Processes Precision processes inherit the errors of their materials. In metrology, calibration and precision resistance work, a batch of wire that is slightly off-spec does not fail loudly — it becomes a systematic error that quietly shifts every measurement downstream. That is why this wire is specified by

ISO9001 & SGS Certified | Since 2002 | 12,000 m² Factory | 0.025mm N4 Wire ±0.003mm | 3-7 Day Ship 99.9% Nickel Wire Supplier | 0.025mm Fine Wire from a 20-Year Nickel Mill Choosing a fine-wire supplier is a trust decision before it is a price decision. A 0.025 mm wire that arrives off-spec shuts down your line; a purity certificate that does not match the spool becomes a liability in your quality audit. This is why DLX Alloy — a nickel-only mill running since 2002 —

ISO9001 & SGS Certified | Since 2002 | 12,000 m² Factory | Ni Wire 0.025-10mm | 3-7 Day Ship Corrosion Resistant Pure Nickel Wire with FCC Crystal Structure Wire breaks in two ways: it snaps when it can no longer deform, or it corrodes until the load-bearing section disappears. Both failures are written into the crystal structure before the wire is ever drawn. The face centered cubic lattice of pure nickel keeps 12 slip systems available for deformation — which is why this

ISO9001 & SGS Certified | Since 2002 | 12,000 m² Factory | Ni201/N6 Strip 0.05–0.5 mm | 7–15 Day Lead Time N6 Pure Nickel Strip for 18650 Battery Packs — Premium Battery Tab Material Battery pack production fails quietly: a tab whose thickness drifts by two hundredths of a millimetre changes weld energy, contact resistance and cell-to-cell consistency across a thousand assembled packs. Meanwhile galvanized or nickel-plated steel connectors corrode at the weld line under

DLX supplies high purity N6 Nickel Strip with excellent conductivity and softness. Our pure nickel strips are widely used for lithium battery connections, welding applications and customized industrial solutions. Product Introduction High Purity N6 Nickel Strip For Battery Connection DLX provides high purity N6 Nickel Strip manufactured from premium nickel material with excellent electrical conductivity, good ductility and outstanding corrosion resistance. Designed for

Overview DLX Alloy supplies 2P pure nickel welding strip for 18650 battery pack assembly and industrial battery manufacturing applications. Designed for battery pack connection processes, this strip is available in pure nickel material options, including Ni200 and Ni201, subject to grade and specification confirmation. For battery manufacturers, battery pack assemblers, OEMs and industrial distributors, selecting the right nickel strip requires more than matching a material

ISO 9001 & SGS Audited | EN 10204 3.1 MTC | 7-15 Day Delivery Overview Micro wire is drawn to macro standards: 0.025 mm industrial grade nickel wire has to spool, feed and weld without surprises, batch after batch. Produced from Ni200/Ni201 pure nickel (≥99.2%/≥99.0% Ni) with N4 and N6 grades available, our micro wire is drawn to tolerance and verified per batch on our own nickel-only line — 1 kg MOQ, N6/Ni200 free samples of 0.5 kg, and 3-7 day delivery for small lots, 7-15

Pure Nickel Expanded Mesh — Made to Your Drawing for PEM & Alkaline Electrolyzer Flow Fields ISO9001 Factory Direct | Since 2002 | N4/N6/Ni200 | Custom to Your Drawing | 5-Sheet Free Sample Your electrolyzer cell design is proprietary. Your mesh specification is part of your IP. The last thing you need is a mesh supplier who tries to sell you whatever is sitting on their shelf. At Changzhou DLX Alloy Co., Ltd., we manufacture pure nickel expanded mesh to your technical

Pure Nickel Electrode Mesh — Custom Design & Fabrication for Hydrogen Electrolyzer Stacks ISO9001 Factory Direct | Since 2002 | N4/N6/Ni200/Ni201 | Custom Every Parameter | 3-7 Day Trial Ship The global green hydrogen electrolyzer market is scaling from gigawatts to terawatts — and every megawatt of capacity requires thousands of precisely engineered nickel electrode mesh sheets, each one a potential failure point in a multi-million-dollar stack. At Changzhou DLX Alloy Co.,

ISO 9001 Certified | 1,200 t/yr Capacity | 7-15 Day Delivery Overview Oil and gas equipment lives on pressure boundaries — hydraulic control lines, chemical injection strings and sampling capillaries carry process fluids at high pressure and aggressive chemistry. Our nickel capillary tubing is built for that duty: seamless drawn, custom-cut to length, and available with custom OD/ID geometry locked against your drawing before production. Grades are matched to service per

Pure nickel alloy Our pure nickel wire is engineered for excellence, offering superior conductivity and resistance to corrosion. Whether utilized in heating elements, resistance wires, or specialty applications, this wire ensures optimal performance and reliability. With its uniform diameter and high purity, it delivers consistent results in demanding environments, making it the preferred choice for engineers and manufacturers worldwide. Grade Chemical Composition(%) Ni+Co Cu

High Temperature Resistance Pure Nickel Wire — Ni200 & Ni201 for Furnace, Thermocouple & Chemical Process ISO9001 Factory Direct | Since 2002 | N4/N6/Ni200/Ni201 | 0.025–10mm | MP 1435–1446°C Pure nickel wire from Changzhou DLX Alloy Co., Ltd. bridges a critical gap in the high-temperature materials spectrum — above the useful limit of copper and below the cost threshold of platinum. With a melting point of 1435–1446°C and reliable service to 315°C for Ni200 or well above for

Product Description Flexible and ductile pure nickel strip for chemical processing — with density of 8.908 g/cm³, melting point of 1435-1446 °C and low electrical resistivity of 0.096 μΩ·m (20 °C). Pure nickel offers good flexibility and ductility for forming, excellent corrosion resistance in caustic and hydrofluoric environments, magnetic behaviour below the Curie temperature of 358 °C, high heat transfer and high electrical conductivity. The combination of flexibility,

Certified ISO 9001 • Samples Available • 3-7 Day In Stock Overview High heat resistance is a property, not a promise — and it starts with the metal itself. This NP2 pure nickel wire, the GB designation for N6 at ≥99.5% Ni+Co, keeps its structure and surface through repeated thermal cycling, with a melting point of 1435-1446°C and a stable oxide film that resists high-temperature oxidation and sulfidation. Drawn from 0.025 mm to 10 mm on our own nickel line, it serves heating