Emi Glass Maker - Emi Shielded Glass - ITO Technology | KS Glass

Description：

EMI Protection: KS Glass EMI Glass

Ensure electromagnetic interference (EMI) protection with KS Glass EMI Glass. This glass variant is designed to mitigate EMI, making it suitable for applications where electronic devices require shielding from electromagnetic radiation. KS Glass EMI Glass provides a transparent solution that combines functionality with visibility, ensuring optimal performance in environments sensitive to electromagnetic interference. Safeguard your electronic equipment with the EMI protection of KS Glass.

Shielded Clarity: KS Glass EMI Shielded Glass

Experience shielded clarity with KS Glass EMI Shielded Glass. Engineered for applications requiring electromagnetic shielding, this glass variant ensures that electronic components remain protected from external interference. KS Glass EMI Shielded Glass combines transparency with shielding capabilities, offering a clear view while maintaining the integrity of sensitive electronic devices. Elevate the performance and reliability of your electronics with KS Glass EMI Shielded Glass.

ITO Excellence: KS Glass ITO Technology

Explore excellence in ITO (Indium Tin Oxide) technology with KS Glass ITO Technology. This glass variant incorporates ITO, providing conductivity and transparency. From touchscreens to electronic displays, KS Glass ITO Technology ensures a seamless blend of functionality and visibility. Elevate your technological solutions with the precision and reliability of ITO technology integrated into KS Glass products.

Properties of ITO glass
1.ITO is an indium tin oxide coated glass with low sheet resistance and high transmittance. Working temp lower than 300℃. 2.ParameterSheet resistance: 85%--Conductive layer thickness: 1350 ± 150A--Film gloss: gold-yellow-light purple--Cross section color: blue 3.CNC Cutting:CNC achieves high dimensional control accuracy . Professional Coating & Package:Large-scale process to make the coating uniform and smooth. & Each glass is separated by a paper film to protect the coating and avoid breakage. 4.Application:ITO is widely used in mobile phone screens, LED,OLED, OPV, PDA, calculator, e-book, electrochromic devices, electromagnetic shielding, photocatalysis, solar cells, biological experiments, electrochemical experiments (electrodes) .etc
Storage of Conductive Glass 1.ITO/FTO/AZO conductive glass should be stored at room temperature, humidity below 65%, and stored dry; 2.the glass should be placed vertically when stored. And conductive glass 3.sheets should be separated by a sheet of paper to prevent sodium ions from penetrating into the IT0 conductive layer of the next sheet (see glass structure) ,while preventing the glass sheets from sticking to each other.
Cleaning of conductive glass 1.During the production, packaging and transportation of conductive glass, the surface of the glass may be contaminated by impurities such as dust and grease. 2.The most common cleaning method is ultrasonic cleaning with an organic solvent. Ultrasonic cleaning is generally carried out in the order of: toluene → two ethanol → deionized water 3.The oil on the surface of the glass is insoluble in water, but it is soluble in organic solvents such as toluene, acetone, and ethanol. 4.Among them, toluene has the strongest degreasing ability, so it is first washed with toluene, but toluene cannot remain on the glass surface. Since toluene is soluble in acetone, it can be washed with acetone. Not only can the residual grease be washed away, but toluene is also dissolved. 5.Similarly, acetone does not remain on the surface of the glass. Since acetone is easily soluble in ethanol, it can be washed with ethanol. 6.Ethanol and water are mutually soluble in any ratio, and finally ethanol is dissolved in a large amount of decompressed water.