Tin Concentrate Products

Tin is mainly used in the chemical industry to produce tin compounds and chemical reagents. The organic compounds of tin are mainly used as wood preservatives, pesticides, etc., and the inorganic compounds of tin are mainly used as catalysts, stabilizers, additives and emulsifiers in the ceramic industry. Tin concentrate is the main raw material for tin smelting. Manganese ore products include metallurgical manganese ore, manganese carbonate ore powder, manganese dioxide ore powder for chemical industry and manganese dioxide ore powder for battery, etc.

Large-scale mining of tin mines began after industrialization in the 19th century, especially at the beginning of the 20th century. With the continuous development of the tin industry, tin has gradually become an indispensable key rare metal in modern industry, mainly used in the production of tinplate, electroplating, corrosion science, welding , materials, tin chemical products and other metallurgical uses of tin are widely used in cutting-edge technology fields such as electronics, information, electrical appliances, chemicals, metallurgy, building materials, machinery, food packaging, aerospace, ships, fuels, atomic energy and spacecraft. Known as "industrial monosodium glutamate". From the current analysis of the world's tin production and sales structure, with the continuous development of the world economy, the demand for the international tin market continues to grow, the new production capacity of global mines is limited, and Indonesia, the world's largest exporter of tin ingots and tin concentrates, has grown from 2013 to 2013. Since July 1, the export of tin ingots with a purity lower than 99.9% has been restricted. The international tin market is currently in short supply.
In the medium and long term, the growth of tin demand is inseparable from the sustained and rapid development of the electronics industry and the development of other emerging industries that demand tin, such as electronic solder in the semiconductor industry, soldering in the photovoltaic industry, and hydroxystannic acid in PVC flame retardant. Zinc etc. Although some traditional industries will gradually replace tin with other materials in the use of materials, such as food packaging with aluminum instead of tin, other alloys instead of tin alloys, etc., the overall demand for tin will continue to grow, and the shortage of tin metal supply will Still maintain a long pattern. With the continuous consumption of tin resources, the recycled tin industry will gradually become an important supply source in the international tin market. At present, the tin production technology in China and Peru is relatively developed in the world, the tin handicrafts in Malaysia and Thailand are world-renowned, and the tin deep-processing products in developed countries such as Europe, America, and Japan have obvious advantages. A world tin industry structure has been formed in which developing countries focus on producing raw materials and developed countries focus on deep processing.