Transparent conductive glass (indium tin oxide ITO)

Transparent conductive glass can be used to make liquid crystal displays, flat panel displays, plasma displays, touch screens, electronic paper, organic light-emitting diodes, solar cells, anti-static coatings, transparent conductive coatings for EMI shielding, various optical coatings, and electrically heated glass.

Technical data ：

Resistance：3Ω-100Ω

Visible light transmittance：＞85%（As shown in Figure 2）

working voltage：14VDC-32VDC

Working current：<12A

Electric heating performance: Under constant voltage (14V), the time required from room temperature (21 ℃) to 59 ℃ is 50 seconds; The time required from room temperature (21 ℃) to 59 ℃ under constant voltage (24V) is 18 seconds.

电加温玻璃可见-近红外光谱曲线

The working principle of electric heating is to quickly heat the surface of the glass through electricity, which plays a role in defogging and defrosting.

Introduction: Electrically heated glass, also known as anti fog glass, is not affected by external temperature differences during operation and always keeps the glass clean and transparent without fogging.

Coated electrically heated glass has a relatively uniform heating, stable function, long service life, excellent conductivity and transparency, and will not affect the transparency of the glass. It can isolate certain electronic radiation, ultraviolet radiation, far infrared radiation, etc., protecting human safety.

Schematic diagram of electrically heated glass:

薄膜型电加温玻璃示意图