Antimony Tin Oxide Nanopowder/ Nanoparticles (ATO, <20nm) SnO2:Sb2O3=90:10 ATO Nanopowder Appearance: nanopowder ATO Nanopowder APS: <20 nm
ATO Powder content: 20~30%
ATO Nanopowder SSA: >75 m2/g ( BET) ATO Nanopowder Power Resistivity: <5 ohm-cm ATO Nanopowder PH: 6~8
Health and Safety
Hazard Statements
N/A
Transport Information
N/A
Suggest equipment
Eyeshields, Gloves, type N95 (US), type P1 (EN143) respirator filter
Antimony Tin Oxide ( ATO ) Nanopowder General Description
A fine light blue powder made up of antimony tin oxide particles with diameters of approximately 40nm, this material is known for its broad array of
applications as a shielding material and conductor. Like many nanomaterial oxides, antimony tin oxide has seen exceptional study in recent years from
academics and engineers alike.
Antimony Tin Oxide ( ATO ) Nanopowder Applications
• Lighting and displays: LEDs, LCDs, and other lights and display devices all can make use of this material in their construction.
• Conductive applications: The conductive properties of antimony tin oxide at such small sized become unique, making it particularly valuable in certain specialized conductive applications.
• Solar energy: Like many oxides, this material has a role in energy storage for solar, as well as the production of specialized electrodes.
• Scratch-resistance: A coating of this material, or adding it to other coatings and materials, can greatly improve wear and scratch resistance.
• UV protection; When added to other materials or applied as a coating, antimony tin oxide can serve as a transparent UV protection tool.
• EM and static shielding: The magnetic properties of this material allow it to be used in shielding against static discharge and general electromagnetism.
• Chemical resistance: This material resists many different organic and inorganic chemicals, making it an ideal additive for general corrosion-resistance when considering its other properties.