Dontech Incorporated Transparent Conductive Coatings

Description
Dontech manufactures a variety of transparent conductive coatings for EMI shielding, optical scanners, and transparent heater applications. Transparent conductive oxides such as indium tin oxide (ITO) and metals such as aluminum, gold or silver are deposited via DC or AC magnetron sputtering or ion enhanced e-beam evaporation on to optical substrates such as glass, acrylic, polycarbonate, ADC, or PET films. Conductive coatings and substrate surfaces can be dielectrically enhanced (index matched) to maximize light transmission through the control of interface reflections. Reflection losses are converted to transmitted light. Dontech can index match the conductive coatings to air (n=1), to the optical substrate, and to an optical adhesive (n=1.43 through n>2.36). ITO coatings offer excellent optical properties and very good environmental durability with low to moderate levels of shielding. Standard conductivities for ITO coatings range from < 1 ohm/sq to >250 ohms/sq. Dontech application engineers can recommend the transparent conductive coating best suited for your application. For additional information on transparent conductive coatings, please contact a Dontech applications engineer, or request that a hard copy of the Windows Design Guide be sent to you.
Description
Dontech manufactures a variety of transparent conductive coatings for EMI shielding, optical scanners, and transparent heater applications. Transparent conductive oxides such as indium tin oxide (ITO) and metals such as aluminum, gold or silver are deposited via DC or AC magnetron sputtering or ion enhanced e-beam evaporation on to optical substrates such as glass, acrylic, polycarbonate, ADC, or PET films. Conductive coatings and substrate surfaces can be dielectrically enhanced (index matched) to maximize light transmission through the control of interface reflections. Reflection losses are converted to transmitted light. Dontech can index match the conductive coatings to air (n=1), to the optical substrate, and to an optical adhesive (n=1.43 through n>2.36). ITO coatings offer excellent optical properties and very good environmental durability with low to moderate levels of shielding. Standard conductivities for ITO coatings range from < 1 ohm/sq to >250 ohms/sq. Dontech application engineers can recommend the transparent conductive coating best suited for your application. For additional information on transparent conductive coatings, please contact a Dontech applications engineer, or request that a hard copy of the Windows Design Guide be sent to you.

Suppliers

Company
Product
Description
Supplier Links
Dontech manufactures a variety of transparent conductive coatings for EMI shielding, optical scanners, and transparent heater applications. Transparent conductive oxides such as indium tin oxide (ITO) and metals such as aluminum, gold or silver are deposited via DC or AC magnetron sputtering or ion enhanced e-beam evaporation on to optical substrates such as glass, acrylic, polycarbonate, ADC, or PET films. Conductive coatings and substrate surfaces can be dielectrically enhanced (index matched) to maximize light transmission through the control of interface reflections. Reflection losses are converted to transmitted light. Dontech can index match the conductive coatings to air (n=1), to the optical substrate, and to an optical adhesive (n=1.43 through n>2.36). ITO coatings offer excellent optical properties and very good environmental durability with low to moderate levels of shielding. Standard conductivities for ITO coatings range from < 1 ohm/sq to >250 ohms/sq. Dontech application engineers can recommend the transparent conductive coating best suited for your application. For additional information on transparent conductive coatings, please contact a Dontech applications engineer, or request that a hard copy of the Windows Design Guide be sent to you.

Dontech manufactures a variety of transparent conductive coatings for EMI shielding, optical scanners, and transparent heater applications. Transparent conductive oxides such as indium tin oxide (ITO) and metals such as aluminum, gold or silver are deposited via DC or AC magnetron sputtering or ion enhanced e-beam evaporation on to optical substrates such as glass, acrylic, polycarbonate, ADC, or PET films.

Conductive coatings and substrate surfaces can be dielectrically enhanced (index matched) to maximize light transmission through the control of interface reflections. Reflection losses are converted to transmitted light. Dontech can index match the conductive coatings to air (n=1), to the optical substrate, and to an optical adhesive (n=1.43 through n>2.36). ITO coatings offer excellent optical properties and very good environmental durability with low to moderate levels of shielding. Standard conductivities for ITO coatings range from < 1 ohm/sq to >250 ohms/sq.

Dontech application engineers can recommend the transparent conductive coating best suited for your application. For additional information on transparent conductive coatings, please contact a Dontech applications engineer, or request that a hard copy of the Windows Design Guide be sent to you.

Supplier's Site

Technical Specifications

  Dontech Incorporated
Product Category Industrial Coatings
Product Number Transparent Conductive Coatings
Type Coating
Unlock Full Specs
to access all available technical data

Similar Products

Magna-Cryl® 2828 -  - Beacon Adhesives, Inc.
Beacon Adhesives, Inc.
Specs
Type Coating
View Details
Formulations - Applications - Coatings - Bullet Tip ID Coating 8760 - 38760 - Hernon Manufacturing, Inc.
Specs
Type Coating
Cure / Setting Technology Ultraviolet Light Curing
Industry Mil-Spec
View Details
XtraForm ® Texturing Liquids -  - MacDermid Alpha Electronics Solutions
MacDermid Alpha Electronics Solutions
Specs
Type Coating
Form Liquid
Dispensing Method Printing / Screen
View Details
PEEK Polymer Coatings - VICOTE® F808/ F809/ F810 Black - Victrex PLC
Specs
Type Coating; Powder Coating; Aqueous Dispersion
Chemistry Resin; PEEK
Substrate Metallic; Steel
View Details