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Nickel is a chemical element with the symbol Ni and atomic number 28. It is presented as a silvery white metal with a slight golden tint. It is classified as a transition metal and is recognised for its hardness and ductility. Researchers powder pure nickel to enlarge its reactive surface area, thereby increasing its measurable chemical activity.
Chrome tubes, sheets, rings, ingots, bars, pellets, powders, flakes, nanopowders, films.
Available in various forms: film, block, sheet, strip, powder, among others.
Chrome exhibits properties that meet technical requirements across multiple sectors, including industrial manufacturing and interior design. Please review our product range. It has been selected based on measured mechanical strength and verified corrosion resistance to support engineering projects.
Our high-purity chrome ingots achieve purity levels of up to 99.9%. They are produced with consistent composition. They serve as essential components for manufacturing aerospace parts, automotive components, and precision tools.
Upgrade interior environments with our range of decorative chrome sheets. They have a uniform reflective finish and meet specific surface criteria. They are employed in architectural accents, furniture embellishments, and artistic installations. They provide both design quality and durable performance as verified by standard tests.
Our hard chrome plating process meets defined wear resistance standards and corrosion protection requirements. It produces a surface with a quantifiable smoothness. The plating is applied in sectors that require components with long service life. The process yields repeatable results that conform to design performance criteria.
Our chrome alloys combine chrome with selected additional metals. They are formulated to achieve designated mechanical strength, heat resistance, and corrosion resistance as measured by industrial tests. They are used in the aerospace, energy, and industrial machinery sectors.
The chrome powder is produced according to additive manufacturing standards. It meets specified particle size distribution criteria. It is appropriate for aerospace, medical device, and automotive applications. It enables the production of components with complex geometries and defined mechanical strength requirements.
The chrome bars are engineered to resist corrosion in harsh environments. They are designed to meet performance criteria for marine, chemical processing, and oil and gas industries. Their oxidation resistance is verified through standard tests. They demonstrate longevity under controlled conditions.
The machined chrome components are manufactured to tight dimensional tolerances. They undergo precision machining and rigorous quality control. They are used in aerospace, medical devices, and other applications where exact specifications are essential. They provide predictable functional performance as confirmed by inspection protocols.
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