NSG TEC™ offers a wide variety of thermal and heated glass performance properties, whilst increasing light transmittance and optimising electrical conductivity. The products are specifically tuned to meet the requirements of a wide range of applications.

NSG TEC™ is a glass with transparent conducting oxide based on fluorine doped tin oxide (FTO). It is produced by atmospheric pressure chemical vapour deposition (AP-CVD) during glass manufacture. Can be thought of as a flat, transparent, multi-functional wire: wire that can be used as an EM shield. Properties can be tuned to customer requirements.

There are a variety of NSG TEC™ products to meet your specific needs, including: The best choice in balancing low sheet resistance and optical transmission. Useful for solar and electrochromic technologies, as well as applications requiring passive condensation control and thermal performance with low emissivity and clear colour-neutral appearance.

NSG TEC™ range offers following benefits: electrically conductive for use as an electrode, heated and thermal control, electrostatic dissipation and reduced transmittance of electromagnetic radiation;

The properties of our main NSG TEC™ products are summarised in the table below: The technical data are calculated according EN 410, EN 673 and EN 12898. The above performance data should be considered representative.

NSG TEC™ has outstanding durability to acids and other chemicals, as well as to thermal processing. Durability means chemical etching is not practical. Laser ablation needed to pattern product.

NSG TEC™ offers a wide range of thermal and heated glass performance properties, while it also increases light transmittance and optimizes electrical conductivity.

Our range of solar glass products includes NSG TEC™, Pilkington Optiwhite™, and Pilkington Sunplus™. Each of our solar glass solutions are optimised to suit specific technologies, making NSG the ideal provider of glass to solar energy technology manufacturers.

The NSG TEC™ products have a range of haze and sheet resistances that enables them to meet the needs of most thin film photovoltaic technologies, such as perovskite, cadmium telluride and dye-sensitized solar cells (DSSC). They are available in both standard Clear and low iron glass substrates.

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