Property:
Antimony trisulfide: Also called Antimony Sulfide H. S code: 2830.9020
Molecular Formula: Sb2S3; Molecular Weight: 339.68; Melting Point: 550centigrade;
Boiling Point: 1080-1090centigrade; Hardness: HB2-2.5; Density: 4.64g/cm3.
Tint: According to its different particle sizes, manufacturing methods and production conditions, the formless antimony trisulfide is provided with different colors, such as gray, black, red, yellow, brown and purple, etc.
Antimony trisulfide: Also called Antimony Sulfide H. S code: 2830.9020
Molecular Formula: Sb2S3; Molecular Weight: 339.68; Melting Point: 550centigrade;
Boiling Point: 1080-1090centigrade; Hardness: HB2-2.5; Density: 4.64g/cm3.
Tint: According to its different particle sizes, manufacturing methods and production conditions, the formless antimony trisulfide is provided with different colors, such as gray, black, red, yellow, brown and purple, etc.
Fire Point: Antimony trisulfide is easy to be oxidized. Its fire point-the temperature when it begins self-heat and oxidation in the air depends on its particle sizes. When the particle size is 0.1mm, the fire point is 290centigrade; When the particle size is 0.2mm, the fire point is 340centigrade.
Solubility: Insoluble in water but soluble in hydrochloric acid. In addition, it can also dissolve in the hot concentrated sulfuric acid.
Appearance: There should not be any impurity that can be differentiated by eyes.
Solubility: Insoluble in water but soluble in hydrochloric acid. In addition, it can also dissolve in the hot concentrated sulfuric acid.
Appearance: There should not be any impurity that can be differentiated by eyes.
Product Specification:
Friction materials: Sb2S3: 95%min; Sb: 69%min; S: 26%min; As: 0.2%max; Pb: 0.2%max; Se: 0.04%max;
Glass and Rubber: Sb2S3: 90%min; Sb: 64%min; S: 25%min; As: 0.3%max; Pb: 0.2%max; Se: 0.04%max;
Matches and Fireworks: Sb2S3: 85%min; Sb: 61%min; S: 23%min; As: 0.3%max; Pb: 0.4%max; Se: 0.04%max;
Sb2S3: 70%min; Sb: 50%min; S: 20%min; As: 0.3%max; Pb: 0.4%max; Se: 0.04%max;
Friction materials: Sb2S3: 95%min; Sb: 69%min; S: 26%min; As: 0.2%max; Pb: 0.2%max; Se: 0.04%max;
Glass and Rubber: Sb2S3: 90%min; Sb: 64%min; S: 25%min; As: 0.3%max; Pb: 0.2%max; Se: 0.04%max;
Matches and Fireworks: Sb2S3: 85%min; Sb: 61%min; S: 23%min; As: 0.3%max; Pb: 0.4%max; Se: 0.04%max;
Sb2S3: 70%min; Sb: 50%min; S: 20%min; As: 0.3%max; Pb: 0.4%max; Se: 0.04%max;
Main Application:
Antimony trisulfide is widely used in the war industry including gunpowder, glsss and rubber, matches, fireworks and friction materials and so on as the additive or catalyst, anti-blushing agent and heat-stabilizer and also as the flame-retardant synergist replacing antimony oxide. By stibnite and chemical purification after Featured derived from the black powder. Its relatively low melting point, to 548 degrees Celsius, the heat generated after the decomposition of antimony, and reducing agent in the presence of antimony production of the metal, to prevent the oxidation of materials at high temperature combustion, the friction to maintain stability, improve the anti-burning material Performance can also reduce the organic binder in high-temperature, the decomposition rate, improve the material life, it is the prominent role of regulating the friction coefficient of performance, making the material in the industry are widely used.
Antimony trisulfide is widely used in the war industry including gunpowder, glsss and rubber, matches, fireworks and friction materials and so on as the additive or catalyst, anti-blushing agent and heat-stabilizer and also as the flame-retardant synergist replacing antimony oxide. By stibnite and chemical purification after Featured derived from the black powder. Its relatively low melting point, to 548 degrees Celsius, the heat generated after the decomposition of antimony, and reducing agent in the presence of antimony production of the metal, to prevent the oxidation of materials at high temperature combustion, the friction to maintain stability, improve the anti-burning material Performance can also reduce the organic binder in high-temperature, the decomposition rate, improve the material life, it is the prominent role of regulating the friction coefficient of performance, making the material in the industry are widely used.