FTO Coated Glass

Shilpa Enterprises is the manufacturer and suppliers of the FTO coated glass worldwide. We can also customised the product according to clients requirments.

15 Ohm/sq: TCO FTO glass properties

• Configuration: Florine Tin Oxide/glass

• Substrate: Soda Lime glass

• Sheet Resistivity: <15ohm/sq

• Transmission >80% from 400-700nm

• Thickness of glass are avilable: 1.1mm, 2.2mm, 3.2mm

• Size of glass

• Any size up to 300mm x 300mm, customizing

• FTO glass etching and mask services are available

Conductivity Measurements

• Film or Layer Casting on FTO

• Optical Devices/Liquid Crystal Displays (LCDs)

• Organic Light Emitting Diodes (OLEDs)

• Electroluminescent (EL) Devices

• Photochromic Devices

• DNA Immobilization and Detection

• Sensors/Biosensors

• Photovoltaic Devices (Organic and Inorganic)

The AZO coating or layer thickness is 800 - 850nm, and the resistivity is around 10 ohms/sq.cm. The surface of the substrate is quite smooth, but the surface roughness (RMS) is 2nm. The maximum size produced is 304.8mm x 304.8mm in a 3.2mm plate thickness. Our standard sizes are 25mm x 25mm, 50mm x 25mm, 50mm x 50mm, 75mm x 25mm, and 100mm x 100mm. The uniformity of resistance and Haze is less than 10%. It is beneficial for heating applications since its maximum operating temperature is 600 °C.

The AZO coated glass is less popular as compared to ITO and FTO glass, but it is the best economical option for many applications. It is mainly utilized in the LCD's, RF-EMI shielding, solar cell fabrication, optoelectronic devices, photovoltaics, etc.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

• Resistivity - 7-100 ohms
• Transmitance - > 85%
• Thickness - 0.5mm, 0.7mm, 1.1mm

The AZO coating or layer thickness is 800 - 850nm, and the resistivity is around 10 ohms/sq.cm. The surface of the substrate is quite smooth, but the surface roughness (RMS) is 2nm. The maximum size produced is 304.8mm x 304.8mm in a 3.2mm plate thickness. Our standard sizes are 25mm x 25mm, 50mm x 25mm, 50mm x 50mm, 75mm x 25mm, and 100mm x 100mm. The uniformity of resistance and Haze is less than 10%. It is beneficial for heating applications since its maximum operating temperature is 600 °C.

The AZO coated glass is less popular as compared to ITO and FTO glass, but it is the best economical option for many applications. It is mainly utilized in the LCD's, RF-EMI shielding, solar cell fabrication, optoelectronic devices, photovoltaics, etc.

The AZO coating or layer thickness is 800 - 850nm, and the resistivity is around 10 ohms/sq.cm. The surface of the substrate is quite smooth, but the surface roughness (RMS) is 2nm. The maximum size produced is 304.8mm x 304.8mm in a 3.2mm plate thickness. Our standard sizes are 25mm x 25mm, 50mm x 25mm, 50mm x 50mm, 75mm x 25mm, and 100mm x 100mm. The uniformity of resistance and Haze is less than 10%. It is beneficial for heating applications since its maximum operating temperature is 600 °C.

The AZO coated glass is less popular as compared to ITO and FTO glass, but it is the best economical option for many applications. It is mainly utilized in the LCD's, RF-EMI shielding, solar cell fabrication, optoelectronic devices, photovoltaics, etc.

The AZO coating or layer thickness is 800 - 850nm, and the resistivity is around 10 ohms/sq.cm. The surface of the substrate is quite smooth, but the surface roughness (RMS) is 2nm. The maximum size produced is 304.8mm x 304.8mm in a 3.2mm plate thickness. Our standard sizes are 25mm x 25mm, 50mm x 25mm, 50mm x 50mm, 75mm x 25mm, and 100mm x 100mm. The uniformity of resistance and Haze is less than 10%. It is beneficial for heating applications since its maximum operating temperature is 600 °C.

The AZO coated glass is less popular as compared to ITO and FTO glass, but it is the best economical option for many applications. It is mainly utilized in the LCD's, RF-EMI shielding, solar cell fabrication, optoelectronic devices, photovoltaics, etc.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

FTO coated glass (fluorine-doped tin oxide coated glass) is a form of TCO (transparent conducting oxide) conductive material that provides less expensive conductive glass than ITO-coated glass. It is a functional conductive glass product covered with a transparent FTO conductive oxide layer via a physical or chemical bonding method. The FTO coated glass substrate is coated on one side and insulated on the other. This coating is resistant to higher temperatures. It is weather-resistant and thermally stable, resulting in low sheet resistance and high transmission ability.

The highest operational temperature is 450 degrees Celsius. The glass thicknesses employed for the FTO coating are 1.6mm, 2.2mm, and 3.2mm. It has surface resistances of less than 7 ohms, 10 ohms, and 15 ohms. It has been utilized for solar cell research and development, which is less expensive than ITO-coated glass. It is single-sided coated glass with a tetragonal structure and flawless symmetry.

Due to its superior high-temperature endurance, FTO conductive glass has recently emerged as the ideal transparent electrode material for perovskite solar cells. The product provides an environmentally friendly coating method that dramatically decreases material usage, leaves a finer and more uniform coating without leaking, and reduces maintenance significantly. It may give outstanding anti-reflection properties to glass when coated with a very thin, homogeneous, and durable layer while decreasing exhaust gas and energy consumption during the deposition, and the drying time is quick.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.

ITO coated glass (Indium Tin Oxide Glass) is an excellent solution for providing optimum conductivity in solar cells and other devices. This glass categorized under ‘TCO’, or Transparent Conducting Oxide. At Shilpa Enterprises, we produce the finest quality, and most effective ITO glass coverslip using the best quality glass substrates. Our focus on optimal design and functioning allows our ITO glass slides to have optimally low resistance despite being highly transparent too.

Our ITO glass substrate production process involves carefully coating a very thin and uniform layer of Indium Tin Oxide over a high-end glass substrate. It is an extremely delicate process and performed under tightly controlled vacuum-based conditions. We use the reliable Sputtering Method for coating the glass substrate with ITO, within a constant heat of 300˚ C.