Nickel
Nickel
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58.70
Nickel is a highly versatile metal with uses in a wide range of applications: most notably as a plating agent in surface treatments, and is widely used in pigments, glass, ceramics, water treatment, powder metallurgy, agriculture, catalysts and more. Our top-quality specialty metal Nickel products are sure to set you apart in each of these industries. Enquire with Bluestone to purchase nickel products made for your use case.
NiO
NiO
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.
Ni(CH3COO)2.4H2O
Ni(CH3COO)2.4H2O
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.
Ni3(OH)4CO3
Ni3(OH)4CO3
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.
Ni(CO)4
Ni(CO)4
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.
NiCl2.6H2O
NiCl2.6H2O
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.
NiCl2
NiCl2
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.
C10H12NiN2O8Na2
C10H12NiN2O8Na2
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.
C10H12NiN2O8(NH4)2
C10H12NiN2O8(NH4)2
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.
C10H12NiN2O8Na2
C10H12NiN2O8Na2
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.
C10H14NiN2O8
C10H14NiN2O8
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.
NiF2.4H2O
NiF2.4H2O
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.
Ni(OH)2
Ni(OH)2
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
Ni(NO3)2.6H2O
Ni(NO3)2.6H2O
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.
Ni(NO3)2
Ni(NO3)2
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.
NiO
NiO
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.
NiO
NiO
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.
Ni
Ni
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.
Ni(NH2SO3)2
Ni(NH2SO3)2
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.
NiSO4•6H2O
NiSO4•6H2O
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.
When it comes to crafting glass with unparalleled quality and unique properties, glass additives like Cobalt, Nickel, Copper, and Selenium play a vital role. Using these essential raw materials in glass manufacturing brings unique attributes which enhance the final product. Cobalt lends its luxurious blue hues, while Nickel ensures durability, helping glass stand the test of time. Copper adds earthy tones, and Selenium is indispensable in glass production for absorbing UV rays and removing impurities, resulting in optically clear glass. These chemicals used in glass production exemplify the sophisticated interplay of science and art in glass manufacturing.
In the world of ceramics and pigments, innovation meets quality through essential metals. Cobalt is known for its brilliant blue hue, Nickel imparts stability and strength, and Copper adds a spectrum of colors with its versatility. Minor metals act as crucial catalysts for performance and sustainability. In the production of enamels, they provide exceptional durability and visual appeal.
Nickel, Cobalt, and other minor metals are vital in the plating industry. Our high-quality specialty chemicals play a pivotal role in electroplating and electroless plating processes. Nickel’s exceptional surface finishing, corrosion resistance, and durability enhancement, make it ideal for electroplating applications. Cobalt excels in electroless plating, where it enables seamless, uniform coatings.
Let our performance products revolutionize your crop productivity. Cobalt bolsters growth and nutrient uptake in leguminous plants. Molybdenum optimizes plant metabolism. Nickel facilitates plant growth and disease resistance. Copper strengthens plant cell walls. Selenium enriches plant antioxidants. EDTA chelates essential micronutrients. Bluestone empowers farmers worldwide to sustainably cultivate healthier, higher-yielding crops.
Cobalt, Nickel, Molybdenum and Tungsten are cornerstone elements of our cutting-edge catalysts for industrial processes. Cobalt and Nickel’s catalytic properties enhance chemical reaction effeciency, while Molybdenum ensures superior stability and resistance to harsh conditions. Tungsten’s remarkable strength extends the longevity of catalysts and optimizes their performance.
Cobalt powder has exceptional magnetic properties and high-temperature resistance: ideal for manufacturing precision tools and components in motors, magnets, and electrical contacts. Nickel powder has excellent corrosion resistance and strength, which is essential in superalloys and stainless steels for aerospace, automotive, and medical applications.
Specialists in the production and global distribution of non-ferrous metals and specialty chemicals
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