| Vale Nickel Powder Type 123 | • High purity nickel powder (99.8%) • Spiky, needle-like morphology
 • Tight size distribution optimized for easy mixing
 • Manufactured by the nickel carbonyl gaseous refining process
 • CDN Grade: Fisher sub-sieve size 3.5- 4.0 µm
 • Premium Grade (UK): Fisher sub-sieve size 3.8- 7.0 µm
 • Used in powder metallurgical applications, as a metal binder for cutting tools, the manufacture of nickel catalysts and high purity nickel salts
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        | Vale Nickel Powder Type 255 | • High purity nickel powder (99.7%) • Has a fine, three-dimensional filamentary chain-like structure
 • Manufactured by the nickel carbonyl gaseous refining process
 • Uniform size distribution and density
 • Fisher sub-sieve size: 3.8- 7.0 µm
 • Used in the manufacture of sintered electrodes for nickel batteries, as a pigment for electrically conductive coatings, and in powder metallurgical applications.
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        | Vale Nickel Powder CGNP | • High purity (99.8%) Chemical Grade Nickel Powder • Developed specifically for dissolving applications
 • Manufactured by the unique carbonyl gas refining process
 • Non-explosive and non-flammable
 • Low iron and sulphur content reduces the need to purify nickel product solutions
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        | Novamet Type 525 Conductive Nickel Powder | • High purity filamentary powder designed for increase conductivity • Manufactured by the thermal decomposition of nickel carbonyl
 • Has a similar structure as Vale 255 but processed to have a higher density
 • Screened to removed large or agglomerated particles
 • Standard type 525: apparent density 1.00 g/cm³
 • Low density type 525: apparent density 0.65 g/cm³
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        | Novamet Spherical Nickel Powders | • High purity smooth spherical powders, engineered for high-performance applications • Achieves maximum packing density and low surface area
 • Available in four size grades: screened -400, and in three air-classified fractions, -10 µm, -20+10 µm, +20 µm
 • Type 4SP-10 ideal for metal injection moulding, where the narrow particle size and spherical shape of the particles give uniform distribution through moulded alloys
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