There are structural changes occur in the internal structure of antimony trioxide as when the subjected to torch flame ,it absorbs heat energy, causing a change in its internal structure, leading to its transformation into antimony tetroxide. The antimony tetroxide is also considered flame retardant , and constantly shed heat torch absorbs oxide quartet turn the heat energy, causing it to collapse in the end to antimony trioxide again. My question from the standpoint of chemistry, are these changes are infinite or they stop at a certain point?
The global deployment of antimony consumption as the primary metal production of conventional and hybrid batteries such as lead and other metal alloys. Then the use of antimony trioxide in the preparation of fire which prevents the spread of fire in plastics and polymers, in the next place. Antimony alloys used in the manufacture of metal fatigue and corrosion resistance against the stern, which have widely been used for the manufacture of plates and pipes.Of sodium antimony in the cathode (glass rod) as well as in the production of CRT glass and ceramics camera lens and photocopy machines and television sets are used.
Antimony trioxide thermal stabilization of PVC and colored plastic material against destructive elements and organic compounds used. Of new uses of antimony compounds used in the semiconductor industry and the production of digital discs DVD) a) and magnetic steels can be named.
Antimony is increasingly semiconductor industry in the production of bipolar lamps, infrared detectors (Infra-red), digital versatile disc DVD production and magnetic steels are used.
Soldering equipment, power transmission and antimony in the alloy for strength, stiffness and resistance to chemical corrosion (lead-antimony alloy) that the alloy sheet, lead-acid batteries, connectors and terminals, munitions and explosives, soldering, insulation of tanks, pipes and pumps, corrosion-resistant, sheets, ceiling construction, interior decoration of houses and resistant to gamma rays and X-ray radiation shielding and wires are applicable.
Antimony batteries, flame-proofing, enamel paints, rubber, plastics, ceramics, and tracer bullets, wire and cable sheath and a variety of cosmetics and used.
The composite material in the form of antimony oxides, sulfides, anti Mvnat sodium antimony trichloride in the production of composite materials fire (fire debugger), ceramic glaze, glass, paint and tiles are used.
Antimony role in conventional batteries, lead-acid hybrid, the strength and capacity of the sheets, strips and the terminals. In addition, antimony causes dehydration and evaporation of electrolyte porous sheet has to be. Less than 1% antimony, tin-lead alloys increases stiffness. Antimony oxide semiconductor industry with high purity (> 8/99%) as a catalyst for the formation of intermetallic compounds, antimony, gallium, aluminum and indium (Shkarknndhhay diodes and infrared) can be used.
Antimony oxide with Halvzhnhayy such as chlorine and bromine compounds constitute Tshzdayy properties of fire and the fire spread very dense in plastic materials and polymers and polyesters, nylon, textiles, paper, paint, rubber and adhesives prevent .
Antimony oxide to eliminate bubbles in the glass optics (cameras, photocopiers, microscopy) and used as a polymerization catalyst. The antimony oxide, antimony compounds are intermediates for making other compounds.
Antimony pentoxide:
Ignition delay property for textiles (cloth resistance against fire).
Ntymvanyd sodium:
The ignition delay in textiles (fabrics resistance to fire) and dechlorination delay (in some special glasses).
Sodium antimony:
At the cathode (glass rod) and the production of CRT glass lenses, camera, photocopier, TV sets and various ceramics.
Pntasvlfyd antimony (Sb2S3):
In the vulcanization of rubber, pigments, Trysvlfyd antimony, precursor ammunition, smoke, UV reflective pigment biosynthesis in combat camouflage colors.
Antimony trichloride:
Pharmaceuticals, catalysts.
Antimony trioxide:
Antimony Antimony trioxide is the most important compound in thermal stabilization of PVC, fireproof applications, including clothing, safety shops, airplanes, cars and colored plastic material against destructive elements and organic compounds are used.
Dear Dr.Saeed,
I appreciated your kinds and thank you very much.
Best Regards
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