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Home > Inorganic Chemistry > Oxides and Peroxides (Find 18 items)
Copper oxide and hydrogen peroxide are important in industrial applications. Also, glucose oxide and peroxide have their application in biochemical applications to foster growth in chemical production and guarantee quality output across related industries. Learn the details of oxides and peroxides including CAS No., properties and information on materials and products of suppliers on ECHEMI.

Thiourea dioxide

(1758-73-2)
Used as a smelting metal chromium, chromium carbide, polishing paste and paint pigments, also used as a colorant for enamel, glass, ceramics and a catalyst for organic synthesis; used as a catalyst and analytical reagent; can be used for the coloring of ceramics and enamel, and the coloring of rubber , Preparation of high temperature resistant coatings, paints for art, for preparing inks for printing banknotes and securities. The color of chromium oxide green is similar to that of plant chloroph

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Tin oxide (SnO2)

(18282-10-5)
Polishing glass and metals; manufacture of milk-colored, ruby and alabaster glass, enamels, pottery, putty; mordant in printing and dyeing fabrics; in fingernail polishes.

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Tungsten oxide (WO3)

(1314-35-8)
As a semiconductor material, tungsten oxide can be made into various electronic components, such as field effect transistors, solar cells, etc. In addition, tungsten trioxide can also be used to make cathode ray tubes and scintillation detectors. Because tungsten oxide has good acid-base and redox capabilities, it can be used in various organic reactions and oxidation reactions. Tungsten oxide can be used as an important lubricating additive with excellent properties such as anti-wear and friction coefficient reduction. It can be widely used in aircraft, automobiles, ships and other fields. Tungsten oxide is also widely used in the optical field and can be made into various transparent glass, ceramics, crystal and other materials. In addition, tungsten trioxide can also be used as optical waveguides, lasers, optical filters, etc.

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Tin oxide (SnO)

(21651-19-4)
Reducing agent; preparation of stannous salts.

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Tantalum pentoxide

(1314-61-0)
Tantalum pentoxide is used in making high refractive index optical glass; as a dielectric film on tantalum for its use as a capacitor component and rectifier; and for preparing tantalum metal, its carbide, and many other tantalum compounds.

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Thulium Oxide

(39455-81-7)
Activator for fluorescent materials

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Titanium monoxide

(12137-20-1)
Titanium oxide has oxygen- or titanium-deficient properties and can be used as electronic materials.

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Oxides are compounds (of course they must be pure). Its composition contains only two elements, one of which must be oxygen, the other if it is a metal element, it is called a metal oxide; if the other is not a metal element, it is called a non-metal oxide. Peroxide refers to a compound containing peroxy-O-O-. It can be regarded as a derivative of hydrogen peroxide, which contains peroxide ions in its molecules. Peroxides are divided into inorganic peroxides and organic peroxides.

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Oxides and peroxides are essential commodities in the chemical and industrial sectors owing to their characteristics and high reactivity. For instance, copper oxide and hydrogen peroxide are known to be used in oxidation reactions as well as in catalytic processes in industries.

The difference between oxide and peroxide is that oxides have one oxygen atom while peroxides have two oxygen atoms bonded to a metal or non-metal. Some examples are glucose oxide and peroxide which are useful in biosynthesis in, the food and medicine industry.

Applications of oxides and peroxides include:

● Catalysts in the synthesis of chemicals

● Energy storage in batteries

● Biochemical reactions and enzyme biosynthesis

● Sanitizing agents and detergents

● Semiconductor and electronics manufacturing

● Food production and medicine production industries

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