ECI manufactures ITO (indium-tin-oxide), transparent gold, and other hybrid transparent conductive coating designs. These films attenuate EMI (Electro-Magnetic Interference), Radio-Frequency Interference) and ESD (Electro-Static Discharge). ECI’s transparent conductive coatings are deposited to customer specified ohms per square and transmission values on glass, semiconductor materials and polymer optical substrates.

ECI supplies Transparent Conductive Coatings for Military, Commercial and Aerospace applications that demand excellent durability and environmental stability including:

- LCD Fabrication – Touch Panels – CRT Faceplates -
– Heads-Up Displays – Laminated Display Packages –
- Instrument Display Windows complete with
  Conductive /Anti-Reflective coatings and busbars.

# 949 - ITO Transparent Conductive Coatings

ECI’s ITO Transparent Conductive Coatings offer excellent transmission and environmental stability. The resistivity can be varied from 4 to 10,000 ohms per square. Coatings are deposited on glass and polymer optical substrates.
ECI #949

ITOAR coatings offer an electrically conductive ITO film with the performance of an AR (anti-reflection) design. These films offer high transmission and contrast enhancement. Designs are available for all substrates. Optional index matching (IM) films are available for Laminated Display Packages.
ECI #949AR

These ITO / ITO AR coatings are designed specifically for your Acrylic, Polycarbonate, CR-39, Polyester or laminated display packages that demand processing at low temperatures.
ECI #939, ECI #939AR

ECI’s Transparent Gold Conductive Coatings are used to shield against Radio Frequency and Electromagnetic Interference. These films exhibit excellent optical clarity and environmental stability. Designs are available for deposition onto glass and polymer optical substrates.
ECI #969

Permanent Transparent Conductive films for static dissipation on polymer display windows and other polymer components.
ECI #1258

Permanent Transparent Conductive films for applications that require static dissipation and high transmission at laser wavelengths. Designs are deposited on polymer display windows and other polymer components.
ECI #1255