💖High-purity nano-silver-tin-antimony (ATO) conductive and heat-insulating powder: This product is a nano-powder of antimony-doped tin dioxide (ATO), prepared by advanced gas-phase combustion method or sol-gel process. The powder is spherical in shape, with uniform particle size distribution, presenting a light blue or bluish-gray color. ATO is a highly promising multifunctional transparent conductive material, specifically designed as a basic consumable for cutting-edge research projects in universities and research institutes.
💖· High purity and spherical structure: The purity is as high as 99.9% - 99.99%. The spherical morphology helps to reduce agglomeration during subsequent dispersion and improve the uniformity of the coating.
💖· Transparent conductivity: It has an extremely weak absorption rate for visible light (400-800nm), and also possesses semiconductor conductivity characteristics (resistivity ranging from 10^6 to 10^12 Ω), making it suitable for the preparation of transparent anti-static or conductive films.
💖· Infrared blocking/insulation: It has excellent shielding and reflection effects on infrared rays, and is the core functional material for preparing transparent insulation coatings and energy-saving windows in buildings.
💖· Excellent dispersion performance: Low bulk density, easy to disperse in water-based or oil-based systems, which can significantly save your time in the dispersion process.
وصف
💖Technical Specifications
💖 · Product Name: Nano Tin Antimony Oxide / ATO Powder (Antimony Tin Oxide)
💖 · CAS Number: 1314-60-9 / 128221-48-7
💖 · Appearance Color: Light blue powder / Blue-gray powder
💖 · Particle Size: 20-50 nm (May vary slightly by batch. Provide specific TEM images)
💖 · Purity: Greater than or equal to 99.9%
💖 · Theoretical Specific Surface Area: 40-80 m^2/g
💖 · Crystal Form: Nearly spherical / Spherical
💖 · Main Components: SnO2:Sb2O3 approximately 9:1
💖 Research Application Direction
💖 1. Transparent heat insulation film/coating: Used for glass and car window films, investigate its infrared blocking performance while maintaining high light transmittance.
💖 2. Anti-static/conductive coating: Applied to displays, optical devices, packaging materials, study the conductivity and durability of light-colored transparent anti-static coatings.
💖 3. New energy devices: As transparent electrode materials for solar cells, or as additives in lithium-ion batteries and conductive pastes (such as low-temperature silver-copper clad pastes) to enhance performance.
💖 4. Functional fibers and plastics: Prepare textiles and engineering plastic masterbatches with conductive or anti-static functions.
💖 5. Electromagnetic shielding: Study the attenuation performance of materials to microwaves.