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Pure chromium is a light, white metal that at room temperature generally exhibits a blue-silvery appearance. Chromium has a melting point of 1 907 °C and demonstrates corrosion resistance. Metallic chromium is generally characterised by the formation of a passivating layer on its surface when exposed to acid solutions.
Chromium tubes, sheets, rings, ingots, bars, pellets, powders, flakes, nanopowders, and foils are provided.
They are available in several forms: foil, lump, sheet, strip, powder, etc. Please refer to the technical datasheets for detailed specifications.
Chromium is recognised for its material properties across various industrial sectors. It is applied from manufacturing to interior design. Users are encouraged to review our catalogue for precise technical data and certification details.
Our high-purity chromium ingots are produced to a minimum purity of 99.95%. They are used in aerospace components, automotive parts, and precision instruments. The ingots are made with controlled composition and dimensional accuracy, thereby meeting established engineering standards.
Our decorative chromium sheets are fabricated with flat surfaces that conform to a finish tolerance within 2 µm. They are used in architectural installations, furniture details, and artistic applications. The manufacturing process adheres to industry standards for both form and durability.
Our hard chromium plating solutions are applied to components that require enhanced wear resistance and corrosion protection. Laboratory tests have shown a wear reduction of up to 37% under standard conditions. The plating process delivers consistent surface hardness in accordance with international standards.
Our chromium alloys combine chromium with other metals to achieve materials with specific strength, heat tolerance, and corrosion resistance. Standard tests, such as those based on ASTM protocols, verify their performance. They are used in aerospace, energy, and industrial equipment sectors.
Our chromium powder is produced under controlled conditions to meet a defined particle size distribution. It is developed for additive manufacturing processes in aerospace, medical devices, and automotive engineering. The powder meets international manufacturing standards, thereby ensuring reliable component production.
Our corrosion-resistant chromium bars are manufactured to withstand aggressive environments. They have been evaluated using ISO 9227 salt spray tests. These bars are suitable for use in sectors such as shipping, chemical processing, and oil and gas production.
Our machined precision chromium components are fabricated with tolerances maintained within 0.01 mm. They are produced for applications in aerospace and medical device manufacturing. Quality control is performed in accordance with recognised technical inspection procedures, thereby ensuring compliance with certification protocols.
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