Strontium Carbonate Production Cost Reports

Strontium Carbonate production cost report provides a comprehensive analysis and know-how for setting up a Strontium Carbonate production plant. The study covers all the requisite aspects that one needs to know for the production of Strontium Carbonate. This includes manufacturing processes, raw material requirements, utility requirements, infrastructure requirements, machinery and technology requirements, manpower requirements, packaging requirements, transportation requirements, etc.

Strontium Carbonate is a chemical compound primarily composed of one strontium, one carbon, and three oxygen atoms. This white crystalline solid has a rhombic structure, which transitions to a hexagonal form when heated above 926 °C. The compound is odorless and tasteless, and while it has limited solubility in water, it can dissolve in ammonium salts, dilute acids, and carbonated water. Upon heating to about 1100 °C, it decomposes, yielding strontium oxide and carbon dioxide. Strontium Carbonate's melting point is approximately 1494 °C.

As a carbonate salt of strontium, it exhibits weak basic properties. Its production is either natural or through chemical synthesis. The latter method involves reacting a solution of strontium salt with a carbonate salt, resulting in the formation of Strontium Carbonate. The ceramics industry extensively utilizes this compound, especially in the fabrication of ceramic glazes. It serves as a viable alternative to barium in producing matte glazes, which are applied to ceramic products. Additionally, it streamlines the formulation of glazes that contain the viscous zirconium silicate compound.

A key application of Strontium Carbonate is as an affordable colorant in fireworks and crackers. Its non-hygroscopic nature makes it suitable for producing various fireworks on a significant scale. Furthermore, due to its acid-neutralizing ability, it finds use in pyrotechnics and is a component in road flares.

In the realm of electronics, it plays a role in the manufacture of Cathode Ray Tube (CRT) televisions, where it absorbs electrons emitted from the cathode. Strontium Carbonate is pivotal in producing strontium ferrites, which are integral to permanent magnets found in loudspeakers and door magnets. Other applications include the formulation of luminous paints, iridescent glasses, sugar refining, and as a precursor for producing other strontium-based chemicals on an industrial scale.