Showing posts with label ITO glass. Show all posts
Showing posts with label ITO glass. Show all posts

Wednesday, 10 September 2014

How to buy ITO Coated Glass Slides ?

How to buy ITO Coated Glass Slides ?



In this tutorial we have described how to buy our ito coated glass slides products from techinstro.com simply using their paypal account or credit which is e-commerce site deals in conductive type coatings on glass and pet. Techinstro now become largest manufacturer and supplier of ITO coated Glass slides.

ITO  Glass, (Indium tin oxide) conductive glass belongs to the group of TCO (transparent conducting oxide) conductive glasses. An ITO glass has a property of low sheet resistance and high transmittance.
User can buy the glass from following link :
http://www.techinstro.com/ito-coated-glass/ 
you can also contact us on
info@techinstro.com

User interface of the site is very easy, so anyone can buy ito coated glass slides on finger tips.

Source :
http://www.techinstro.com/ 

Tuesday, 2 September 2014

ITO COATED GLASS SLIDES TIX005

ITO COATED GLASS SLIDES TIX005

 


Brand : Techinstro
Product Number : TIX005 

Properties of ITO Coated Glass Slides TIX 005
Full Name : Indium Tin Oxide Coated Glass Slides
Thickness : 100mm × 100mm × 1.1mm 
Surface Resistivity : ~10 ohms/sq 
Transmittance : 83% (Nominal at 550nm) 
Coating Method - Magnetron Sputtering
Glass type : Float Glass
Coating Type : Single Sided Polish Coating

Definition of ITO Coated Glass Slides : 
ITO GLASS  (Indium tin oxide) conductive glass belongs to the group of TCO (transparent conducting oxide) conductive glasses. An ITO glass has a property of low sheet resistance and high transmittance. It is mostly used in research and development. ITO coated glasses are widely used to organic/inorganic heterojunction solar cells,Schottky solar cells, CdTe solar cells and other various thin film solar cells as transparent semiconductor oxide electrode materials since their transparency and high conductivity.

Sources :
http://www.techinstro.com/ito-glass/
Video Source :
youtube.com

Tuesday, 12 August 2014

ITO Coated Glass Slides TIX003 Series

ITO Coated Glass Slides TIX003  Series :

Description :
L x W x Thickness : 75mm × 25mm × 1.1mm
Surface Resistivity : ~10 ohms/sq
Transmittance  : 83% (Nominal at 550nm)

What ITO Coating on a glass stands for?

ITO – is a Indium Tin Oxide, it is a solution of Tin Oxide – SnO2 and Indium Oxide – In2O3 in the desired ratio of 90% In2O3, 10% SnO2 by weight. This solution results in the transparent and colorless thin layers which vary from yellowish to grey.

Physical Properties of Indium Tin Oxide (ITO) Glass Slides : 

Configuration – ITO on Passivation layer on Glass
Substrate – Soda lime glass / Float Glass
    Surface finished of glass – Single Sided polished
    Passivation layer thickness – Silicon dioxide (~25nm)
    ITO coating method – Magnetron sputtering at ~300°C under vacuum condition
    ITO work function – 4.8~4.9eV (measured by UPS) after proper cleaning
    Surface Roughness – RMS1~10 nm, depend on various product

Sources :
1) http://www.techinstro.com/ito-glass
2) http://www.techinstro.com/

Wednesday, 2 July 2014

Indium Tin Oxide Coated Glass Slides TIX Series

Indium Tin Oxide Coated Glass Slides TIX Series

Indium Tin Oxide Coated Glass Slides TIX Series by Techinstro

General Description

  • Specified ITO Sheet resistivity – ≤ 10 ohms/sq
  • Typical ITO Sheet resistivity – 8~10 ohms/sq
  • Transpmittance at 550nm – ≥ 83%
  • ITO film Thickness – 1800-2000 Å

Indium Tin Oxide (ITO) Glass Slides Properties

Physical Properties

  • Configuration – ITO on Passivation layer on Glass
  • Substrate – Soda lime glass / Float Glass
  • Surface finished of glass – Single Sided polished
  • Passivation layer thickness – Silicon dioxide (~25nm)
  • ITO coating method – Magnetron sputtering at ~300°C under vacuum condition
  • ITO work function – 4.8~4.9eV (measured by UPS) after proper cleaning
  • Surface Roughness – RMS1~10 nm, depend on various product
Image and Data Source :

Wednesday, 4 June 2014

How to clean ITO Coated Glass Substrate?

ITO COATED GLASS SUBSTRATE


1. We use Substrates Commonly in our lab called ITO coated glass.

2. Causes of Common Dirt are Oil and grease from hands and environment, Dust from which generate from the environment, Dust from cutting / breaking the brittle substrate.

3. Here you will get the types of Cleaning Processes like Wet Cleaning, Acid Solution, Alkaline Solution, Organic Solvent, Vapor degreasing, It helps in particle removal and Surface activation, But generate considerable amount of waste products, Dry Cleaning, Heating, Incineration, Pyrolysis, UV-Ozone treatment, Plasma Cleaning, Laser cleaning, A little or no particle removal. Rapid and simple to activate the surface, It generates uniformly wet, clean and dry surface

4. The Most Preferred Cleaning Process : Detergent Cleaning Detergent/ Brushing, Dip in detergent solution for few minutes and then brushing Boil in TCE, Solvent Cleaning, Boil in TCE, Acetone, Methanol, Propanol, Boil in Acetone Chloroform. Acid Solution Cleaning Boil in Methanol. Boil / Dip in 5-1-1 solution, Chromic Acid, HCl . Alkaline Solution Cleaning Boil in 5-1-1 solution } Boil / Dip in NaOH, KOH. 5-1-1 stands for a solution of Water, H2O2 and Liquor Dip in Chromerge Ammonia in the ratio 5:1:1. Chromerge is a solution of K2Cr2O7 in Sulfuric Acid Dip in HCl solution

5. Important Factors of Cleaning Protocol Surface should be coated or otherwise used as soon as possible after cleaning Shortcuts will quash the cleaning process fully. The immediate check whether the substrate is cleaned is, it should be completely wet. Keeping the cleaning accessories clean is equally important. Patience is the key.

6. Dos: First of all always wash the glassware immediately after the use. If organic solvent is used wash it with acetone first. Otherwise use RO water to clean the water based chemicals. All glassware should be wiped from outside with moist (methanol or water) tissue paper, so that if there are stains inside the glass they are visible and can be cleaned again. Chromerge should be used only if it is brown (not green) and substrates should not be dipped in it for a period more than one hour, because prolonged exposure to the atmosphere makes chromerge inactive. Take extra care while using reusable regents like chromerge, HCl solution etc. because your negligence will affect other’s work too.

7. Don’ts } Never keep the cleaned substrate unused for more than a day because surface energy of the substrate changes with time because of the contamination. The substrate which is cleaned 24 hours before is as bad as the uncleansed one. Never mix organic solvents glassware (tagged solvent) with other glassware. Never used tap water, even for washing the glassware. Use RO water instead.

8. Substrates and glassware are not cheap! Use them responsibly } Approximate cost# of } One Silicon wafer (4 inch diameter) ~ Rs. 1000/- One Silicon wafer (With thick oxide layer) ~ Rs. 2200/- One 15 x 15 mm quartz piece ~ Rs. 200/- One 3.5” Petri dish ~ Rs. 300/- One 500 ml beaker ~ Rs. 250/- One 50 ml beaker ~ Rs. 200/- One 100 ml measuring cylinder ~ Rs. 500/- Roughly cleaning process adds around Rs. 40/- per substrate (15 x 15 mm piece) (Rs. 500/- per cycle). So use them sensibly and responsibly. # If you are more curious please check exact prices in the catalog available in the lab.

Source :-

ITO GLASS


ITO GLASS PRODUCT WITH COMPLETE DETAILS :


Product Details :

ITO Coated glass slides Details :-

Resistance - Less then 10 ohms/sq.
Dimension:  L 25mm x W 25 mm x Thickness 1.1 mm, Product code: TIX001
Dimension:  L 50mm x W 25 mm x Thickness 1.1 mm, Product code: TIX002
Dimension:  L 75mm x W 25 mm x Thickness 1.1 mm, Product code: TIX003

Transmittance: Less then 83%
Resistivity -  More then 10 ohms/sq. Minimum
Coating Thickness - 180-200nm
Coating Method - Magnetron Sputtering

Glass type- Float Glass
Single Sided polish coating


Sources :
Brand - Techinstro
ITO COATED GLASS : http://www.techinstro.com/ito-coated-glass/
Techinstro : http://www.techinstro.com/

Saturday, 18 January 2014

ITO Coated Glass


ITO coated glass is the transparent and highly conductive glass material which used for several purpose in the electronic and digital world.

                                           
What ITO Coating on a glass stands for?
ITO – is a Indium Tin Oxide, it is a solution of Tin Oxide – SnO2 and Indium Oxide – In2O3 in the desired ratio of 90% In2O3, 10% SnO2 by weight. This solution results in the transparent and colorless thin layers which vary from yellowish to grey. 
This solution when comes under the infrared region of the spectrum then it acts as a mirror.


What are the Benefits of ITO Coated Glass?

• Electrically conductive and optically transparent coating
• High physical density of coating
• Low specific electrical resistance
• High environmental and temperature stability
ITO Coated Glass is used in following Applications:
                                                          
• Solar cell application
• EMI & RFI shielding
• Electrodes for LCD and LCOS sensors and displays
• Touch panels
• BioChips
• Microelectronic assemblies
• Electrical layer in LCD technology
• Counter electrode for micro-displays
• Electrode on heater windows
• Electrode-Magnetic Shielding (EMS)
• Avionic displays
• Shipboard, periscope and vehicle displays
•Security, and surveillance cameras
• Medical instrumentation

You can find the good quality of ITO coated Glass all around the globe with us .


Reference Site:

www.wikipedia.com
www.techinstro.com