Pure nickel bars are essential materials across multiple industries, offering outstanding corrosion resistance, excellent electrical conductivity and superior thermal stability. DLX provides premium pure nickel bars at competitive prices, supported by rigorous quality assurance and reliable service. Four documented grades — N4 (≥99.9%) to Ni200 (≥99.2%) — cover the purity ladder, with a melting point of 1435-1446°C and resistivity of 0.096 μΩ·m at 20°C. Sizes are customized per drawing, every shipment carries EN 10204 3.1 MTC, and production runs on an ISO9001 and SGS verified nickel-only line. Start with a free 0.5 kg sample, then scale from a 10 kg trial MOQ.

• Outstanding corrosion resistance — highly resistant to saltwater and chemical environments, reducing maintenance costs.
• Stable electrical conductivity — 0.096 μΩ·m at 20°C for electronics, batteries and electrical components.
• High thermal stability — 1435-1446°C melting point for high-temperature environments.
• Ductile and formable — ≥35% elongation for easy shaping and fabrication of precision parts.
• Competitive pricing with free sample and 10 kg trial MOQ — verify quality before you scale.

Pure nickel earns its place in demanding industries through three properties working together. Its corrosion resistance suits saltwater and chemical environments; its stable resistivity of 0.096 μΩ·m at 20°C serves electronic and battery components; and its melting point of 1435-1446°C provides thermal stability for high-temperature service. Grade choice tunes the balance — N4 for the strictest purity, Ni201 for high-temperature duty, Ni200 and N6 for corrosion and industrial service.

Diameter, length, straightness and surface are confirmed against your drawing before production, and tolerances are locked at that review — so the bar you order is the bar that arrives.

Strength and formability come together in the annealed condition: at least 462 MPa tensile strength, ≥35% elongation and 90-120 HB hardness — documented per heat so machining and forming stay predictable.

Annealed is the standard temper for forming and machining; cold-worked tempers provide higher strength for structural parts. Specify the target strength or hardness on the drawing and the temper is set accordingly.

Indicative FOB China reference prices for bars; final quotation per grade, size, quantity and temper.

Source: DLX product catalog. N4/N6 per GB system; Ni200/Ni201 per ASTM system.

The 10 kg minimum order for bars covers drawing setup and heat allocation, so tolerances can be locked per drawing; wire and strip products are available at 5 kg MOQ.

Quality control for bars follows the shape, not a generic checklist:

• Incoming: raw nickel verified per heat before processing.
• In-process: diameter, length and straightness checked with calibrated instruments; surface inspected along the full length.
• Final: tensile and hardness testing sampled per heat; chemical composition verified per heat.
• Documentation: EN 10204 3.1 MTC with heat number, test results and full traceability.

Ni200/Ni201 bars are manufactured and tested to ASTM B160; N4/N6 follow GB/T 4435-2010. Testing methods and acceptance criteria follow the drawing specification and applicable standards.

Straight bars are bundled and protected against transit damage; longer lengths travel in export wooden cases, seaworthy-packed for container shipment. Samples and in-stock diameters can be dispatched promptly; production lead time is 15-25 days after drawing and grade confirmation. Every order ships with the complete export documentation set: packing list, commercial invoice and mill test certificate.

Changzhou DLX Alloy Co., Ltd. has served international buyers since 2002 with a sales platform in over twenty languages and online ordering at its core. Buyers in North America, Europe, Asia and beyond order through the same channel — drawing confirmation, documented production, EN 10204 3.1 MTC and export-ready packaging — whether the order is a first sample or container volume. The 12,000 m² nickel-only facility keeps quality consistent across markets, so competitive pricing never comes at the cost of the certificate.

Pure nickel serves industries that need corrosion resistance, electrical conductivity and thermal stability together — including aerospace, electronics, marine engineering, chemical processing and energy production.

High corrosion resistance in saltwater and chemical environments, stable electrical conductivity (0.096 μΩ·m at 20°C), and the ability to withstand high temperatures with a melting point of 1435-1446°C.

Yes — with a melting point of 1435-1446°C, pure nickel serves high-temperature duty; Ni201 is the grade matched to sustained high-temperature service.

Yes — its resistance to seawater corrosion suits marine engineering components exposed to saltwater.

Pricing is based on grade, size, length and customization, with reference FOB bands published per grade. Order online, start with a free 0.5 kg sample (N6/Ni200), and scale from a 10 kg trial MOQ.