HotUnstoppable! Nanoato to sniper
NanoAto insulationPower transmissionPink(mixed tin oxide)
Cinre new materials ltd Mr. Gan18620162680 (micro)
Main ingredient: antimony trim oxideSno2: sb2o3=90:10 or other ratio
Technical indicators:
Item Indicators ModelVk-g06
Appearance Light gray- blue
Ph 4. 0-7. 0
Purity (%1)%)
Particle10-20
Retardation rate (%)Once, 106-108
Heat tolerance°c) 1100
Area by surface (m2)/g) 45-75
Nano-supplyAto dispersion.
1. Product description:
ChirinamiAto powders are tin powders mixed with antimony, with a particle size of about 10-20 nm at a time, for the production of transparent coatings with conductive, static or insulated infrared effects。
2. Product performance:
NanoAto powders are small and easily dispersed at a time, and nanoatos can be used to produce stable water and various solventsMinDispersion. NanoAto super-small particles have a very weak absorption rate for visible light of 380-780 nm and are made up of particles that are difficult to disperse and have a shielding and reflection of infrared and thus have significant transparent insulation. The evenly dispersed ato nanoconductive particles are interconnected in the insulation matrix and thus have static electrical effects. Ato nanoparticles are inert nanoparticles of the oxide from high temperature thermal treatment, with a temperature (under 700 degrees) and a high tolerance for acid alkaline, humidity and other corrosive substances。
3. Product uses:
Ato is highly electron and optical in nature, using its good conductivity, resistance to static, and is widely used in the fields of paints, plastics, textiles, high molecular membranes and electronics. It can be made of plastic additives or plastic conductive mother-particle agents, it can be added to the production of the solar film in cooperation with other materials, it can be used in the production of nanocomplex transparent antistatic coatings, and it can produce a multifunctional conductive electrical material。
4Thermal insulation principles for transversal coatings in nanosyls:
The waves are growing in the solar spectrumVisible photomagnetic waves of 400 to 800 nm can pass through nanotinyl materials; electron or crystal-based vibrations within nanosynthetic materials in near-infrared photomagnetic waves with a wavelength of 800 to 2,500 nm, low-energy electrons or crystal-based vibrations stimulate the transition to high-energy status, which requires energy absorption, while solar light can provide energy, absorbing the energy of solar light during the leap; or nanosynthetic materials form an intense movement in the electric and magnetic environment of the electromagnetic wave, which translates solar light energy into thermal energy, absorbing a barrier to thermal energy distributed in the infrared band, which accounts for 43 per cent of solar energy, thus achieving thermal insulation。
5. Nanoato insulation transparency paint
In the snobs, the ion gets nanoAto powders, americium ions occupy the position of sn4+ in the crystal, forming a one-priced positive charge centre, sbsn, and a surplus price electronics, increasing the net electronics, forming a n-type semiconductor, thereby increasing the crystal particle conductivity. The nanoato powder displays sufficiently high free-load fluid concentrations and conductive properties similar to metals, as well as low infrared passivity, while maintaining high visible light passivity, is a good insulation transparent material. The nanoato powder system is added to the membranes, and the appropriate aids can be added to the nanoato insulation transparent coating。
Packaging:1kg/bag, 20kg/barrel。