Nickel Products

Low-grade Nickel Oxide has a diverse range of applications across various industries. The key applications of low-grade Nickel Oxide are in ceramics and pigments as a colorant, as a catalyst, in certain fuel cells and battery electrodes, in chemical synthesis, and in certain electronic and metallurgical applications.

Nickel Acetate, typically found in its tetrahydrated form, is an inorganic compound of Nickel and Acetic Acid. It is an essential compound in various industry applications. Nickel green tetrahydrate is mainly used in the aluminium anodization industry and as a catalyst in different chemical processes.

Nickel Carbonate, sometimes referred to as Nickel Hydroxycarbonate, is versatile compound with key applications in the the catalyst industry and in adjusting the pH of Nickel electroplating baths.

We offer various grades of Nickel Carbonate, tailormade to meet specific customer requirements.

Nickel Carbonyl Powder is primarily used in the production of high-purity Nickel metal and other Nickel compounds via the Nickel carbonyl process. This specialized chemical process allows for the precise extraction and refinement of Nickel, ensuring high-quality output.

Nickel Chloride is a fundamental element in many galvanic baths for electroplating and coating processes, ensuring uniform nickel deposits on substrates. It is also used in the construction of anti-gas masks, where it contributes to the effectiveness of gas filtration systems.

Nickel Chloride solutions find various applications in electroplating, catalyst preparation, and chemical synthesis processes. The color and solubility of Nickel Chloride in water make it suitable for use in these applications where a water-soluble source of nickel is required.

Nickel EDTA is used as a chelated Nickel source in industrial processes, such as electroplating, metal finishing, and water treatment. In Agriculture, it serves as a micronutrient fertilizer, addressing Nickel deficiencies in soils to support healthy plant growth and improve crop yields.

This Nickel EDTA solution is in its ammonium salt form. It serves as a stable and water-soluble source of nickel for electroplating applications. The ammonium salt form provides better stability in acidic environments, beneficial in applications where pH control is crucial.

This EDTA Nickel solution is in its sodium salt form. EDTA Nickel solution serves as a stable and water-soluble source of nickel for electroplating applications. This form performs well in more alkaline environments, making it suitable for industrial processes that operate at higher pH levels.

EDTA Nickel solution serves as a stable and water-soluble source of nickel for electroplating applications. This is the base form of Nickel EDTA solution, without any additional counterions like ammonium or sodium, making it suitable for applications where the presence of counterions is undesirable.

Nickel Fluoride, specifically in its difluoride form (NiF₂·4H₂O), is utilized across various industrial applications. It serves as an effective catalyst in chemical processes and is crucial in the cold-sealing process during aluminum anodization.

Nickel Hydroxide is a key intermediate in the production of other nickel salts.

Additionally, Nickel Hydroxide is utilized in battery technology to create Nickel Hydroxide electrodes

Nickel Nitrate is commonly used to prepare nickel catalysts for hydrogenation reactions of organic derivatives. It plays a key role in facilitating chemical transformations, particularly in the processing of organic derivatives.

Nickel Nitrate solution is primarily used in the preparation of Nickel catalysts for hydrogenation reactions involving organic compounds. Its liquid form ensures easy handling and integration into industrial processes.

Nickel Oxide black is primarily used as a catalyst in various chemical reactions and as a raw material for the production of other nickel compounds. Its stability and high melting point make it an important material used in glass manufacturing for enhancing durability and stability in glass products.

Nickel Oxide brown is often used as a colorant in ceramics, glass, and pigments due to its brown color. Its stability at high temperatures makes it ideal for adding durable color to various materials in industrial applications. As a glass manufacturing material, it is commonly incorporated into glass to improve color and strength.

Nickel Powder (99,9% purity) is used as a catalyst in numerous chemical reactions, as well as in welding, powder metallurgy and the manufacturing of magnets. Its high purity ensures effectiveness across these industrial applications.

Nickel Sulfamate solution is primarily used as a raw material in the surface treatment industry. It is essential for nickel electroplating solutions, where it helps achieve high-quality, uniform nickel coatings on various substrates.

Nickel Sulphate crystals are primarily used in nickel-plating processes, as well as to produce catalysts used in oil hydrogenation and in coating applications for ceramics.