Transparent ITO Electromagnetic Shielding Glass Conductive ITO Coated Glass
Brand Name:Kingki
Model Number:ITO Shielding Glass
Minimum Order Quantity:1piece
Delivery Time:7-28 work days
Payment Terms:T/T
Place of Origin:Beijing, China
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Beijing Beijing China
Address:
No.23 qingfeng road, bio-phamaceutical industry base daxing district, Beijing
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Low Resistance Transparent Electromagnetic Shielding Conductive ITO film ITO Shielding Glass
The ITO electromagnetic shielding rransparent conductive film is a transparent conductive film formed by coating a transparent indium tin oxide(ITO) film on the surface of different substrates(glass/PET/PC.) by electron beam evaporation. The resistors achieve EMI electromagnetic interference shielding.
When the electromagnetic wave propagation path encounters the electromagnetic shielding film, it will change the transmission direction of the electromagnetic wave, effectively block the radio wave propagation, block the interference effect of the electromagnetic radiation, ensure the normal operation of the equipment, and avoid the influence of the electromagnetic radiation by the instrument and meter workers. AR glass is anti-reflective glass and AG glass is anti-glare glass.
ITO heating anti-frost transparent conductive film is widely used in military, communications,automotive electronics, medical equipment and other industries that require high transparency. Many electronic products, such as equipment windows, computer monitors, and instrumentation displays, often need to prevent the window from being blurred due to the low temperature and the fog. The best way is to use a heated anti- frost ITO transparent conductive film.
The heated anti-frost ITO transparent film produced by Jinji Aomeng Dream has long been used in the window of instruments and apparatus .
YOUR NEEDS
| ITO Transparent conductive film | ||||||
| needs | sides | R | spectral range | Rave | Tave | Tem/℃ |
| e.g.1 | A | ≤15Ω | 420-680nm | ≤1% | ≥90% | ≤100 |
| B | 420-680nm | ≤0.5% | ≥99% | ≤100 | ||
| e.g.2 | A | ≤12Ω | 420-680nm | ≤1% | ≥90% | ≤100 |
| B | no coating | |||||
| e.g.3 | A | 50±10Ω | 420-680nm | ≤10% | ≥80% | ≤300 |
| B | BBAR | 420-680nm | ≤0.5% | ≥99% | ≤300 | |
| needs | l*w*h(mm) | material | using | Gluing | Electric | Num |
| e.g.1 | 110x150x1 | D263 | Monitor | NO | Y | 100 |
| e.g.2 | 260x150x1 | B270 | Monitor | YES | N | 300 |
| e.g.3 | 110x150x1 | D263 | window | NO | Y | 200 |
| ITO Transparent conductive film | ||||||
| Description | Types | |||||
| Electromagneticallycompatible low resistance | 420-680nm,Rave≤1 %,Tave≥90%, R≤16Ω | ITO-1 | ||||
| 420-680nm,Tave≥80%, R≤10Ω | ITO-2 | |||||
| Thermal defrosting ITO | 420-680nm,Tave≥90%, R≤50Ω+10 | ITO-3 | ||||
Transparent ITO Electromagnetic Shielding Glass Conductive ITO Coated Glass
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