Thermal Insulation Improves the energy efficiency of domestic or commercial buildings whilst enabling the extensive use of glass and the benefit of passive solar gain. Find out more about Energy Efficiency Thermal Insulation Glass Overview

Thermal Insulation Pilkington K Glass™ Solar Control Thermal Insulation Fire Protection Noise Control Safety/Security Self-Cleaning Decoration Glass Systems Health Applications Special Applications Botanical Applications Solar Energy Pilkington K Glass™ Range The UK’s leading energy-efficient glass brand. Range Overview Benefits Range Brochures

Tried, Tested & Trusted fire protection against heat, flames and hot gases. The Pilkington Pyrostop ® Range is a clear, laminated fully insulating fire-protection and impact-resistant glass. Offering the highest levels of fire protection (integrity and insulation), maximising the available levels of natural light and visibility.

Benefits. Pilkington Pyroclear ® is an integrity only product for 30 and 60 minutes, (E30 and E60) to BS EN 13501-02; Integrity with reduced heat radiation (EW60) is achieved by using Pilkington Pyroclear ® Plus in an insulating glass unit (IGU) or a monolithic laminated glass; Unique product design and system description, manufacturing process and quality assurance system

Thermal Insulation; Fire Protection; Noise Control; Safety/Security; Self-Cleaning; Decoration; Glass Systems; Health Applications; Special Applications; Botanical Applications; Solar Energy

Thermal Insulation Botanical Applications 4. Select a product to view more information NSG TEC™ Solar Applications NSG TEC™ is a group of products, including a comprehensive range of TCO glass (Transparent Conductive Oxide coated glass), optimised to suit a variety of thin film photovoltaics, with different haze and conductivity levels.

Page 2 of 2 Bulletin Ref: V19 Subject: Pilkington Activ™ Blue coated side detection Date: 16th July 2021 In the case of Pilkington Activ SunShade™ Blue, as this is a dual-coated product, these types of detectors will indicate that a coating is present on both surfaces. It is possible to distinguish between

Thermal Stress is created when one area of a glass pane gets hotter than an adjacent area. If the stress is too great then the glass will crack. The stress level at which the glass will break is governed by several factors. Toughened glass is very resilient and not prone to failing due to thermal stress.

Thermal insulation is typically provided by double-glazing units containing one pane of low-e glass, with an inert gas such as argon (which has a much lower thermal conductivity than air), in the cavity. It is possible to achieve even higher levels of thermal insulation by specifying double glazing with a low-e coating on both surfaces 2 and 4.

In hot conditions, or for buildings with high internal loads, it is used to minimise solar heat gain by rejecting solar radiation and help control glare In more temperate conditions it can be used to balance solar control with high levels of natural light.