{"id":1974,"productCode":"SPITO3D3T004N","chemicalCode":"ITO","name":"Indium Tin Oxide","customName":null,"otherNames":"","formula":"In2O3-SnO2","purity":99.99,"form":"SP","size":"3 inch dia x 0.125 inch th.","composition":"90:10 wt%","description":"HD","productionMethod":"HIP","bulkAvailable":null,"productionStatus":"Stock","hazmat":null,"status":null,"repackage":false,"priceBase":"585.00","quantityBase":"pcs","bulkAvailability":true,"inProduction":"","factoryCode":"22, 889, 752, 753 ","publicComments":"","privateComments":"Price increased per Hk instruction-JL (5-27)\r\n\r\nLot No.: 742-031025\r\nQty: 5 pc","chemicalCodeLetters":null,"image":null,"sizeData":"{\"formSize\":\"45\",\"size_form\":[{\"input_value\":\"3\"},{\"select\":{\"value\":\"inch\",\"options\":[{\"value\":\"mm\",\"text\":\"mm\"},{\"value\":\"inch\",\"text\":\"inch\"}]}},{\"text\":\"dia x\"},{\"input_value\":\"0.125\"},{\"select\":{\"value\":\"inch\",\"options\":[{\"value\":\"mm\",\"text\":\"mm\"},{\"value\":\"inch\",\"text\":\"inch\"}]}},{\"text\":\"th.\"}]}","isLocked":true,"isSearchable":true,"storedLocation":null,"chemicalId":569,"old_chem_id":null,"vendorId":null,"createdAt":"2025-12-31T14:25:28.000Z","updatedAt":"2025-12-31T14:25:28.000Z","deleted":false,"deletedAt":null,"userChangedById":null,"hts":null,"Chemical":{"id":569,"formula":"In2O3-SnO2","productLetters":"ITO","name":"Indium Tin Oxide","otherNames":"Indium Tin Oxide, In2O3/SnO2","cas":"50926-11-9","einecs":"","hazmat":"Not hazardous for transportation","data":"","publicComments":"

Indium tin oxide is a material that conducts electricity while remaining transparent, which makes it suitable for to use as an electrical layer in display screens and touch panels.1,2 In solar cells and light-emitting devices, ITO is used to collect or deliver electrical current without blocking the light entering or leaving the device.2,3 ITO films are typically applied as thin coatings using sputtering or evaporation methods, which are standard techniques for uniform conductive layers or glass and other substrates.4 Doped ITO compositions are used when different electrical behavior is needed, allowing performance to be adjusted for specific device requirements such as displays, sensors and energy devices.1,2

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References:

  1. Ginley, D. S.; Hosono, H.; Paine, D. C. (Eds.) Handbook of Transparent Conductors, Springer, 2010.
  2. Chopra, K. L.; Major, S.; Pandya, D. K. “Transparent conductors—A status review,” Thin Solid Films, 102 (1983) 1–46.
  3. Granqvist, C. G. “Transparent conductors as solar energy materials,” Solar Energy Materials and Solar Cells, 91 (2007) 1529–1598.
  4. Ohring, M., Materials Science of Thin Films, 2nd ed., Academic Press, 2002. 
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