Product Description
ITO conductive film glass applications
(1) Electromagnetic shielding field
ITO conductive film can attenuate microwave intensity and is suitable for places requiring electromagnetic shielding
ITO conductive film can attenuate microwave intensity and is suitable for places requiring electromagnetic shielding
(2) The field of photoelectric devices
ITO conductive film is a key basic material in the production of LCD panels, OLED panels and touch screens, and it is also the sun One of the indispensable materials for the preparation of batteries.
(3) Other fields
In addition to the field of photoelectric devices and electromagnetic shielding, ITO conductive film glass as a surface heating body, can be used in aircraft windshield, aircraft glare window, laser rangefinder, periscope observation window and so on
Storage method
IT0 conductive glass should be stored at room temperature, humidity below 65% dry preservation; When stored, the IT0 conductive glass is generally coated with film to prevent the glass substrate from rubbing against each other and scratching, and to prevent the glass sheet from adhering to each other. Please handle gently when taking to avoid damage. Stacking is not allowed at any time.
IT0 conductive glass should be stored at room temperature, humidity below 65% dry preservation; When stored, the IT0 conductive glass is generally coated with film to prevent the glass substrate from rubbing against each other and scratching, and to prevent the glass sheet from adhering to each other. Please handle gently when taking to avoid damage. Stacking is not allowed at any time.
Cleaning method
ITO/FT0 conductive glass in the production, packaging, transportation process. The surface of the glass may be contaminated by impurities such as dust and grease, and cleaning the ITO/FTO conductive glass before using it is a necessary preparation. There are many forms of cleaning, of which the most common is the use of organic solvents ultrasonic cleaning. The grease stained on the glass surface is not water, but it can be dissolved in toluene, acetone, ethanol and other organic solvents. Among them, toluene has a strong ability to remove oil, so it is first cleaned with toluene, but toluene can not remain on the glass surface. Because toluene is soluble in acetone, it can be cleaned with acetone again, not only can the residual oil be cleaned off, but also toluene is dissolved. Similarly, acetone cannot remain on the glass surface. Because acetone dissolves in ethanol, you can continue to clean with ethanol ethanol and water in any proportion of miscible, and then use a lot of deionized water to remove the ethanol and then put in anhydrous alcohol preservation, when used again, so that you can clean many films at once.
Therefore, in general: toluene (10-20min) acetone (10-15min) ethanol (10-20min) and deionized water (20-30min) in the order of ultrasonic cleaning anhydrous alcohol storage (take out when stored for a long time). You can get good results
ITO/FT0 conductive glass in the production, packaging, transportation process. The surface of the glass may be contaminated by impurities such as dust and grease, and cleaning the ITO/FTO conductive glass before using it is a necessary preparation. There are many forms of cleaning, of which the most common is the use of organic solvents ultrasonic cleaning. The grease stained on the glass surface is not water, but it can be dissolved in toluene, acetone, ethanol and other organic solvents. Among them, toluene has a strong ability to remove oil, so it is first cleaned with toluene, but toluene can not remain on the glass surface. Because toluene is soluble in acetone, it can be cleaned with acetone again, not only can the residual oil be cleaned off, but also toluene is dissolved. Similarly, acetone cannot remain on the glass surface. Because acetone dissolves in ethanol, you can continue to clean with ethanol ethanol and water in any proportion of miscible, and then use a lot of deionized water to remove the ethanol and then put in anhydrous alcohol preservation, when used again, so that you can clean many films at once.
Therefore, in general: toluene (10-20min) acetone (10-15min) ethanol (10-20min) and deionized water (20-30min) in the order of ultrasonic cleaning anhydrous alcohol storage (take out when stored for a long time). You can get good results
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