FTO / ITO coated transparent Material condudtive slides glass resistant to strong acids electrical conductive in low resistivi

FTO / ITO coated transparent Material condudtive slides glass resistant to strong acids electrical conductive in low resistivi

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Place of Origin:: Guangdong, China

Brand Name:: Qunguan

Model Number:: 16933

Size:: Custom Sizes

thickness:: 0.2-3mm

Transmittance:: ≥84%

Quick Details

Application:: School, Lab

Usage:: Medical, Solar, Lighting, Display screen

Thickness:: 0.33mm-19mm

Place of Origin:: Guangdong, China

Brand Name:: Qunguan

Model Number:: 16933

Size:: Custom Sizes

thickness:: 0.2-3mm

Transmittance:: ≥84%

Customized processing of various types of glass sheets and glass accessories.

Qunguan brand is a professional supplier of transparent conductive materials. For the world's university laboratories and top scientific research institutions to supply supplies. We have a complete set of processing equipment, such as CNC glass cutting machine, picosecond laser machine, nanosecond laser machine,

1. Thickness range: 0.2mm-15.0mm; (Special thickness: 0.2-0.4MM, can be negotiated with the shopkeeper);

2. Specification range: 2mm-1200mm ;

3. Processing technology: cutting, Coated glass surface pattern etching,chamfer， polishing, drilling, steel, grinding;

4. Processing shape: round, square and special-shaped;

5. Processing types: ITO/FTO conductive glass,electronic grade glass, automobile grade glass, Glass-Aluminium lens, coated glass，Quartz glass, soda lime glass, borosilicate glass, chemical toughening, Schott glass, Corning glass,

If you are looking for a strong supplier

Please contact us

Skype : touchglass@aliyun.com
Phone/WhatsApp: +86 18925789558
e-mail: wangdaohua888@gmail.com

WeChat：wangaihuax2017

Applications of Conductive Glass in the Laboratory

ITO (Indium Tin Oxide) glass finds extensive applications in laboratory research due to its transparent and conductive properties. Here are several common laboratory projects where ITO glass can be utilized: 1. Photovoltaic Research: ITO glass is often used as a transparent electrode in solar cells. Researchers can study the efficiency, stability, and performance of solar cells and explore novel solar materials. 2. Liquid Crystal Display Research: I TO glass is widely employed in the fabrication of liquid crystal displays (LCDs). Researchers can investigate liquid crystal materials, display technologies, and improvements in display performance. 3. Organic Optoelectronic Device Research: Organic optoelectronic devices such as OLEDs (Organic Light-Emitting Diodes) and OPVs (Organic Photovoltaic Devices) commonly use ITO glass as a transparent electrode. In the laboratory, researchers can optimize materials and conduct performance testing. 4. Sensor Development: ITO glass can be used to develop various sensors, including optical sensors, pressure sensors, temperature sensors, etc., for monitoring and measuring various physical and chemical parameters. 5. Conductive Coating Research: Researchers can use ITO glass to develop novel conductive coatings for applications such as antistatic, anti-reflective, and corrosion-resistant coatings. 6. Optical Component Research: ITO glass can be utilized to fabricate various optical components such as lenses, windows, and filters for optical system research and experiments. 7. Electrochemical Experiments: Due to its conductivity, ITO glass can be used in electrochemical research, including electrolysis, electroplating, and electrochemical energy storage experiments. 8. Biosensor Development: In the biomedical field, ITO glass can be employed to develop biosensors for the detection of biomolecules, cells, and pathogens. 9. Conductive Film Preparation: ITO glass is commonly used to prepare conductive films, which can be utilized in electronic devices and for the growth and analysis of conductive nanomaterials. In summary, the transparency and conductivity of ITO glass make it widely applicable in various laboratory research projects, spanning fields such as materials science, electronics, optics, and biomedical research.

【 Product name】ITO conductive glass 【size】25mm*25mm*1.1mm

【 Sheet resistance 】 <15ohm/sq 【package】Monolithic covering film 【product type】Laboratory supplies 【Production Process】laser cutting ,laser etching slotting, laser holeing,rounded edge,bevel edge straight edge,laser draw straight

Note : If you need customized size and thickness, please contact customer service

You can customize conductive glass of any size and thickness

ITO conductive glass .

ITO conductive glass is manufactured by depositing silicon dioxide (SiO2) and indium tin oxide (commonly referred to as ITO) thin
films on the basis of soda-lime or borosilicate glass by using a Magnetron sputtering method.Widely used in flat panel displays,
solar cells, special,and other photovoltaic devices

FTO Conductive Glass

FTO (Fluorine-doped Tin Oxide) glass is a transparent and electrically conductive glass substrate commonly used in various
electronic and optoelectronic applications. It is manufactured by depositing a thin layer of tin-doped indium oxide (ITO) or
tin-doped zinc oxide (ZnO) onto a glass surface. FTO glass is characterized by its excellent electrical conductivity, high optical
transparency in the visible spectrum, good chemical stability, and low resistivity. Its most prominent feature is its resistance
to acids and alkalis.

ITO glass thickness.

0.2、 0.3、 0.4、0.5、0.55、0.7、0.8、 0.9、 1.0、1.1、1.2、 1.5、1.8、2.0 3.0mm etc.

ITO resistance value .

3－4ohm/sq,4－6ohm/sq,5－7ohm/sq 7－10ohm/sq,10－15ohm/sq, 15－20ohm/sq,20－30ohm/sq， 30－40ohm/sq,40-60ohm/sq, 70-120ohm/sq

Conductive glass etching case.

The following graphs are some of the commonly used schemes in universities, they are used for solar cells or other experiments.

ITO conductive glass

size: 14.9mm*14.9mm

glass thickness: 1.1mm/0.7mm

sheet resistance: 10~15ohm/sq

transmittance: 86%

package: 20piece/box

590piece/box

ITO conductive glass

size: 14.9mm*14.9mm
glass thickness: 1.1mm
sheet resistance: 10~15ohm/sq
transmittance: 86%
package: 20piece/box
618piece/box

ITO conductive glass.

size: 19.6mm*19.6mm
glass thickness: 1.1mm
sheet resistance: 10~15ohm/sq

etching description: the shaded part is reserved ITO
etching accuracy: ±0.02mm
Main applications: solar cells & electrodes
transmittance: 86%
package: 340piece/box

ITO conductive glass.

size: 14.9mm*14.9mm
glass thickness: 1.1mm
sheet resistance: 10~15ohm/sq

etching description: the shaded part is reserved ITO
etching accuracy: ±0.02mm
transmittance: 86%
package: 590piece/box

Title goes here.

size: 14.9mm*14.9mm
glass thickness: 1.1mm/0.7mm
sheet resistance: 10~15ohm/sq

etching description: the shaded part is reserved ITO
etching accuracy: ±0.02mm
transmittance: 86%
package: 590piece/box

ITO conductive glass.

size: 14.9mm*14.9mm
glass thickness: 1.1mm
sheet resistance: 10ohm/sq

etching description: the shaded part is reserved ITO
etching accuracy: ±0.02mm
transmittance: ≧ 84%
package: 590piece/box

ITO conductive glass.

size: 14.9mm*14.9mm
glass thickness: 1.1mm
sheet resistance: 10~15ohm/sq

etching description: the shaded part is reserved ITO
etching accuracy: ±0.02mm
transmittance: 86%
package: 590piece/box

specification	Sheet resistance	Conductive film thickness	Transmittance	Etching time
3 ohm	3-4ohm	380±5nm	≥80%	≤400S
5 ohm	4-6ohm	380±5nm	≥82%	≤400S
6 ohm	5-7ohm	220±5nm	≥84%	≤400S
7 ohm	6-8ohm	200±5nm	≥84%	≤400S
8 ohm	7-10ohm	185±5nm	≥84%	≤400S
15 ohm	10-15ohm	135±5nm	≥86%	≤400S
20 ohm	15-20ohm	95±5nm	≥87%	≤400S
30 ohm	20-30ohm	65±5nm	≥88%	≤400S

ITO GLASS LIST
thickness	Sheet resistance
1.1mm	3ohm/sq~100ohm/sq
3mm	4~6ohm/sq and 3~5ohm/sq
4mm	25ohm/sq
0.4/0.5/0.7/0.8/1.0/1.5/1.8/2mm	7~10ohm/sq
FTO GLASS LIST
1.1mm	15~20ohm/sq
1.6mm	14~15ohm/sq
2.2mm	7~8ohm/sq; 6~10ohm/sq; 14~15ohm/sq
3.0mm	12~14ohm/sq
4.0mm	12~14ohm/sq

How to distinguish the conductive surface and the back of ITO glass .

The side where the current flows is the conductive surface of the ITO glass. If you need to test the sheet resistance of the conductive glass, you must use a four-probe tester.

Alkali resistance .

immersed in 60℃, 10% sodium hydroxide solution.After 5 minutes, the square resistance of the ITO layer does not change more than 10%

Acid resistance .

Acid resistance, immersed in 25℃, 6% hydrochloric acid solution, After 5 minutes, the ITO layer's sheet resistance change value does not exceed 10%

Solvent resistant .

25°C acetone, absolute ethanol or 100 partsDeionized water, then add 3 parts of EC101 to make a cleaning solution.Then immerse the ITO glass in the cleaning solution. After 5 minutes, the sheet resistance of the ITO layer no more than 10% .

Adhesion .

Attach tape to the ITO film surface and quickly tear it off, The ITO conductive film surface is not damaged; Or quickly tear three time, ITO change of sheet resistance does not exceed 10%

stability .

After heating for 30 minutes in air at 300°C, ITO conductive surface change of sheet resistance ≦300% .

Every piece of glass we send will go through strict quality inspection

Clean working environment

Advanced production equipment

The products we process are widely used,such as mobile phone screens, PDAs, lighting，calculators, electronic watches, electromagnetic shielding, photocatalysis, solar cells, biological experiments，Provide stable products for the world's top laboratories and enterprises.

Usage and cleaning method

How to use and store conductive glass .

1. When taking and putting it down, it can only touch the four sides, not the conductive glass ITO surface;
2. Handle with care, not collide with other fixtures and machines;
3. If you store for a long time, you must pay attention to moisture, so as not to affect the resistance and transmittance of the glass; ITO conductive glass

Conductive glass cleaning.

During the production, packaging, and transportation of ITO/FTO conductive glass, the surface of the glass may be contaminated by impurities such as dust or grease. Before using ITO/FTO conductive glass, it is necessary to clean it. There are many cleaning
methods, the most commonly used is ultrasonic cleaning with organic solvents. Grease stained on the glass surface is insoluble in water, but it is soluble in organic solvents such as toluene, acetone, and ethanol.
Among them, toluene has the strongest degreasing ability, so first clean with toluene, but toluene will remain on the glass
surface. Since toluene is soluble in acetone, it can be cleaned with acetone, which not only cleans out the residual grease, but also dissolves toluene. Similarly, acetone will remain on the glass surface. Since acetone is soluble in ethanol, continue to clean with ethanol. Ethanol and water dissolve each other in any ratio, and then use a large amount of deionized water to dissolve the ethanol, and finally put it in anhydrous alcohol for storage, and then take it out for use when it is used, so that many tablets can be washed at one time.

order：
Toluene（10--20min）→ acetone（10—20min）→ Ethanol（10—20min）→ Deionized water（20—30min） Perform ultrasonic cleaning in the above order,Finally, preserved in anhydrous alcohol, can be stored for a long time