ITO is an N(type oxide semiconductor)-indium (tinoxide). ITO film is an Indium Tinoxide semiconductor transparent conductive films and has typically two performance indicators. These are light transmittance (resistivity) and light transmission.
Particle Size: 20nm
The Indium Tin Oxide ITO Powder
Indium doped zinc oxide or Indium tinoxid is a ternary combination of different ratios indium, Tin and Oxygen. This composition can be classified as either a ceramic material or an alloy, depending on the amount of oxygen. iron tin oxide is commonly used as an oxygen-saturated compound. Its formulation includes 74% In (18% O2) and 8% SN by weight. It is so common to find oxygen-saturated components that unsaturated substances are known as oxygen-deficient OTO. The transparent bulk layer is colorless and translucent, while the bulk is pale yellow or gray. It is a kind of metal mirror that acts in the Infrared Region.
This transparent conductive material is one of most used. Because of its electrical conductivity as well as optical transparency, it can easily be applied thinly. It is important to find the right balance between transparency (or conductivity) and thickness. Because increasing the amount of charge carriers and thickening the film will increase conductivity while diminishing transparency.
Indium Tin Oxide Films are typically deposited directly on the surface through physical vapor despatch. Commonly, electron beam erosion or a set of sputtering-deposition techniques is used.
ITO is a mix oxide of indium & tin. You can find its melting points in different compositions. This semiconductor is an N-type with a high bandgap (around 4 eV). ITO is very transparent to visible and high in electrical conductivity. These attributes are excellent for touchscreen applications such as smartphones.
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Performance of Indium Tin Oxide ITO Powder:
ITO can be referred to as Indium Tin Oroides.
A nano-indium, tin, metal oxide has high conductivity, transparency, and is capable of cutting off harmful electronic radiation and ultraviolet rays. Indium Tin oxide can be used as a transparent conductor film to protect electronic devices such as glass, plastics, and LCD screens.
Sn-doped In2O3 film (ITO) has the best oxide conductive film. It exhibits high transmittance with excellent conductive performances. ITO’s transmittance is controlled by the proportion of SnO2 to In2O3. Usually, SnO2=1; ITO=1
Technical Parameter Of Indium Tin Oxide ITO powder:
How ITO powder is made?
ITO powder can be prepared using the following method: respectively, the metal tin and metal indium are oxidized to create indiumoxide powder and indiumoxyde powder. Tin oxide powder is then mixed and dispersed with the indiumoxide powder. However, this process makes it hard to fully synchronize control conditions (metal indium and metal Tin) such as temperature, dissolution, dissolution pH, neutralization pH, neutralization temperature and stirring speed. This results in a poor quality ITO film. ITO powder can be made uniformly using the co-precipitation technique. It uses nitric Acid to dissolve metal indium. Co-precipitation to create co-precipitated Hydroxide. Finally, calcination, to create indium Tin Oxide.
Indium Tin O Oxide ITO Pulp:
Optoelectronics material indium-tin oxide (ITO), is widely used for research and industry. ITO can serve many purposes such as flat panel displays or smart windows. ITO can also help with thin-film photovoltaic products and supermarket freezer glass doors. ITO glass substrates can also help to reduce energy.
The green belt allows for the production of fully functional and flexible, electrically-luminescent lamps. The ITOfilm is used not only as an antireflective covering but also in liquid crystal displays and electroluminescence.
ITO is widely used to make transparent, conductive coatings for displays. These include liquid crystal display, OLED panels, plasma displays or touch panels. ITO is used in organic light-emitting, solar cells, antistatic and shielding applications. ITO acts as the anode (hole inject layer) in organic-emitting diodes.
ITO plated glass ( zinc tin oxide glasses) falls under the TCO (transparent conducting oxygen) category. ITO tin-oxide coated glass is transparent and has high light transmittance.
You can use the ITO coating on your windshield to heat up the glass. You can generate heat by applying voltage to the film.
The ITO coating is another optical coating. It can also be used as a coating in a variety of other optical materials, including infrared reflecting coatings (hot mirrors), used in automobiles or sodium vapor lamps glass. The other uses of ITO include electrowetting dielectrics on gas sensors, antireflective coateds, bragg reflectors and Bragg reflective coatings. ITO can be used as an infrared mirror for window panes with low emissivity. ITO was originally used for the Kodak DCS 520 and later Kodak DCS cameras. It is also used as a sensor coating in order to boost the blue channel’s performance.
ITO thin layer strain gauges work at temperatures upto 1400°C.
Indium Tinoxidide OTO Powder storage conditions:
Indium Tin Oxide ITO Pulp must be kept in a dry and clean environment.
Packing and shipping of Indium Zinc Oxide ITO powder:
This item is packaged in double plastic bags.
Indium Tin OXide ITO Powder Packaging: vacuum packed, 100g to 500g or 1kg/bag at 25kg/barrel.
Indium Tin Oxide ITO Puffer shipping shipping: if payment received, shipping by sea, by air or express.
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Indium Tin Oxide ITO Powder Properties
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In2O3SnO2’s 90:10wt%; CAS 70243-84-0. In.O.Sn. In1.69Sn0.15O2.85
Indium Tin Oto Powder Health & Safety