Tinfonite flotation inhibitor

　　 Typical inorganic inhibitors are water glass, fluorosilicate, sodium fluoride, sodium fluoride, sodium sulfide, sodium six acidic phosphorus. Waterglass used to suppress silicate mineral cassiterite flotation when it cassiterite, calcite, fluorite, barite, zircon, scheelite, galena, calcium tungsten and molybdenum ore, gypsum, boric acid salt, pyrochlore, titanium, iron ore, cinnabar, and sphene, etc. have different degrees of inhibition. Also water glass and sulfuric acid inhibited copper lead acetate activated quartz. Fluosilicic acid, sodium fluoride and sodium fluoride are potent inhibitors of the fluorine-containing mineral containing aluminum, often used in conjunction with styrene phosphonic acid. When flotation of fine cassiterite with sodium alkyl sulfate, A-22, and styrenephosphonic acid, Ca2+, Fe3+, etc. in the slurry can inhibit the cassiterite. In order to reduce this inhibition, a certain amount of sodium fluorosilicate is often added. In addition, sodium sulphide and sodium hexametaphosphate are also good inhibitors of sulphur flotation. Preferred organic inhibitors for flotation of cassiterite are sodium carboxymethyl cellulose, tributyl phosphate, naphthol sulfonic acid, high molecular weight oxalic acid, oxalic acid, straw cellulose, pyrogallol, calcium lignosulfonate. (GF), citric acid, lactic acid, tannin, starch, dextrin, tartaric acid, EDTA, and the like. GF is an organic inhibitor. It has a strong inhibitory effect on gangue minerals such as calcite and quartz. The dosage is generally 100-200g/t. In addition, GF, SR, and P86 are the best combination agents for Barry Tin fine mud.


Extrusion Die And Matrix

Extrusion aluminum die and matrix are essential components in the extrusion process of aluminum profiles. The die is a specialized tool that shapes the Aluminum Profile by forcing it through a small opening, while the matrix is the supporting component that holds the die in place and guides the aluminum profile through the extrusion process.The extrusion die is typically made of high-quality steel and is custom-designed to produce the desired shape and size of the aluminum profile. The die is carefully machined to ensure that the extruded aluminum profile is precise and accurate. It is also heat-treated to withstand the high temperatures and pressures of the extrusion process.The matrix, on the other hand, is made of steel and is designed to support the die and hold it in place during the extrusion process. The matrix is also responsible for guiding the aluminum profile through the extrusion process, ensuring that it maintains its shape and size.Both the extrusion die and matrix are critical components in the extrusion process, and their quality and precision can significantly impact the quality of the final aluminum profile. Therefore, it is essential to use high-quality materials and ensure that they are properly designed and manufactured to produce the desired results.

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