NSG TEC™ Low-Emissivity Glass – overview:
NSG TEC™ is a versatile range of low-emissivity glass with a pyrolytic on-line conductive coating designed to deliver exceptional thermal and electrical performance. These products offer a combination of increased light transmission and optimized electrical conductivity, making them suitable for a wide variety of applications.
NSG TEC™ provides a high-performance, customizable solution for a wide range of advanced applications requiring thermal control and electrical conductivity.
NSG TEC™ Product Options:
• NSG TEC™ 15: Ideal for passive condensation control and thermal performance, featuring low-emissivity and a clear, color-neutral appearance.
• NSG TEC™ 7: Offers the lowest resistivity in the range, with low haze, making it versatile for numerous applications.
• NSG TEC™ 20, 35, 50, 70, and 250: Designed for heated glass applications, these products offer excellent thermal control and electro-optical properties, compatible with various power sources.
• NSG TEC™ SB: Used as a substrate for off-line coated glass, this product provides a barrier layer to prevent sodium migration, maintaining the performance of the coating even at high temperatures.
Benefits of NSG TEC™ Glass:
• Electrically conductive for applications like heated glass, thermal control, electrostatic dissipation, and EMI/RFI shielding.
• Colour neutral, minimizing reflected colour.
• Consistent colour stability over time.
• Highly durable and scratch-resistant, suitable for high-temperature processing.
• Easy to fabricate, including cutting, insulating, laminating, heat-strengthening, tempering, and bending.
Applications:
NSG TEC™ glass is ideal for various uses, including (but not limited to):
• Heated glass for commercial refrigeration,
• Heat reflection,
• electrochromic devices,
• Appliance glass,
• computer screens,
• Touch screens,
• static control,
• Thin-film photovoltaics,
• EMI/RFI shielding,
• Windshield heating system,
• Heat and corrosion resistant,
• Other electro-optical and insulating needs.
Available:
Available in a range of glass thicknesses and sheet resistances, from 8 ohms/sq. to several thousand ohms/sq.
Digital Signage and Touch Screen- overview:
NSG TEC™ products are an ideal choice for touch screen cover lites requiring a transparent conductive oxide (TCO) coating. These glasses offer excellent performance at a cost-effective price compared to indium tin oxide (ITO), providing durability and robustness for both capacitive and resistive touch screens.
• Touch Screens: NSG TEC™ glass uses fluorine-doped tin oxide (TCO) for its coating, providing a reliable alternative to ITO.
• Customizable Options: Available in various substrates and thicknesses, including low-iron and clear glass, with the ability to tailor coatings to meet specific customer requirements.
Benefits:
• More cost-effective than ITO coatings.
• The broadest range of TCO sheet resistance products available.
• Durable and robust coatings.
• Available in multiple glass thicknesses.
• Large stock sizes up to 6000 x 3210 mm, depending on product type and thickness.
• Anti-static properties.
• EMI shielding capabilities.
• Heated glazing options.
• Active component for touch screens.
Applications:
• Digital displays,
• Touch screens,
• Digital signage,
• Heated windows,
• Heated mirrors,
• Advertising displays on cruise ships,
• Information Kiosks and wayfinding systems
• Navigation systems.
Available:
• Large stock sizes up to 6000 x 3210 mm, depending on product type and thickness.
Brochures:
Click the links below to View the Brochures for Pilkington NSG TEC glass:
- High performance glass products for digital signage, digital displays and touch screens 2018 – http://www.stglass.co.uk/wp-content/uploads/2024/10/High_Performance_Glass_Products_for_digital_signage__digital_displays_and_touch_screens_Sep_2018.pdf
- NSG TEC brochure 2024 – http://www.stglass.co.uk/wp-content/uploads/2024/10/NSG_TEC_Brochure_2024.pdf
- NSG TEC European technical datasheet – http://www.stglass.co.uk/wp-content/uploads/2024/10/NSG_TEC_European_technical_datasheet.pdf