Electronics
electronics
Nickel Monoxide is soluble in acids and ammonium hydroxide and insoluble in water and caustic solutions. /Asset/logo-city-chemical.png
A3088 Ammonium Iodide, ACS
City Chemical manufactures high purity Ammonium Iodide, CAS 12027-06-4 in bulk quantity. Ammonium Iodide is often utilized in the preparation of collodion, an essential component in photography, and as a catalyst for dithioacetalization reactions. It sublimes upon decomposition. Soluble in water and alcohol. /Asset/Ammonium-Iodide.jpg
Nickel Monoxide
City Chemical manufactures high purity Nickel Monoxide, CAS 1313-99-1 in bulk quantity. Nickel Monoxide is an inorganic compound used in electronics, ceramics, steel and alloy industries. Nickel Monoxide often reacts with acids to form salts (i.e. nickel sulfamate), which are effective in producing electroplates and semiconductors. It is also used as a pigment for ceramics, glasses and glazes.Nickel Monoxide is soluble in acids and ammonium hydroxide and insoluble in water and caustic solutions. /Asset/logo-city-chemical.png
Tantalum Ethoxide
City Chemical manufactures high purity Tantalum Ethoxide, CAS 6074-84-6 in bulk quantity. Used in semiconductor coatings, oxide films, and thin film optical applications, Tantalum ethoxide precursor is used to deposit ultra-thin films of Tantalum oxide and other tantalum containing films by atomic layer deposition (ALD) and chemical vapor deposition (CVD) methods /Asset/Tantalum-Ethoxide.png Silver Cyanide
City Chemical manufactures high purity Silver Cyanide, CAS 506-64-9 in bulk quantity. Silver Cyanide is an off-white powder insoluble in water commonly used for research and as an ingredient in silver plating. Cyanide is an optimal complexing agent - which increase the solubility of metal salts - because of its ease to chemically manipulate and elegant white color it yields. When a metal with lower electrode potential is added to silver cyanide, silver ions displace the metal's atoms and provide a strong adhesion to the coating. /Asset/logo-city-chemical.png 