Flexible And Ductile Material Pure Nickel Strip For Chemical

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, ductility and corrosion resistance makes pure nickel strip a preferred material in chemical processing, marine engineering and power generation, where equipment must hold both form and function in demanding media.

1. Flexibility and ductility — annealed condition with elongation ≥35% supports forming and fabrication.
2. Corrosion resistance — stable in caustic alkalis and hydrofluoric environments for chemical service.
3. Thermal stability — melting point of 1435-1446 °C with thermal conductivity of 70.2 W/m·K.
4. High electrical conductivity — low resistivity of 0.096 μΩ·m for electrical and heating service.
5. Good mechanical properties — tensile strength ≥462 MPa (annealed).
6. Low magnetic retention above the Curie temperature of 358 °C.

• Thickness: 0.05-0.5 mm (hot-sale 0.15/0.2 mm)
• Width: 5-200 mm standard (per catalog); 2-15 mm custom series; per drawing
• Custom sizes and tolerances per drawing

• Density: 8.908 g/cm³
• Melting point: 1435-1446 °C
• Curie temperature: 358 °C
• Electrical resistivity: 0.096 μΩ·m (20 °C)
• Tensile strength: ≥462 MPa (annealed)
• Elongation: ≥35% (annealed)
• Hardness: 90-120 HB
• Thermal conductivity (Ni200): 70.2 W/m·K

• ASTM B162 — nickel and nickel alloy plate, sheet and strip
• GB/T 2072-2020 — nickel and nickel alloy strip
• EN 10204 3.1 mill test certificates accompany shipments

1. Chemical processing equipment
2. Caustic and hydrofluoric media handling
3. Heating elements and electrical components
4. Sensors and instrumentation
5. Marine and power-generation engineering
6. Industrial corrosion protection
7. Forming and fabrication of chemical components

1. Raw material inspection
2. Melting and casting
3. Hot rolling
4. Cold rolling
5. Annealing
6. Slitting and trimming
7. Surface finishing
8. Inspection and packaging

Every batch is composition-analysed and dimensionally gauged before shipment, with EN 10204 3.1 mill test certificates accompanying the material.

Material data on this page follows ASTM B162 and GB/T 2072-2020; corrosion and application guidance references nickel industry literature (Nickel Institute; ASM Specialty Handbook: Nickel, Cobalt, and Their Alloys). Batch-level composition and geometry are verified against mill test certificates (EN 10204 3.1) and in-house inspection records.

Pure nickel resists caustic alkalis and hydrofluoric environments, with purity held per grade (Ni200 ≥99.2% Ni / Ni201 ≥99.0% Ni) and media compatibility confirmed against the operating environment.

Thickness 0.05-0.5 mm (hot-sale 0.15/0.2 mm); width 5-200 mm standard, 2-15 mm custom series; per drawing.

Ni200 (≥99.2% Ni) and Ni201 (≥99.0% Ni, low carbon); selection confirmed against service chemistry and temperature.

Yes — annealed condition with elongation ≥35% supports bending, forming and fabrication work.

EN 10204 3.1 mill test certificates, batch composition and dimensional records, ISO 9001/SGS certificates and packing list.