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The sky’s the limit: structural glazing and building design

https://www.pilkington.com/en/global/news-insights/latest/the-sky-is-the-limit-structural-glazing-and-building-design

Depending on the specific criteria of an installation, there are a range of structural glazing systems available to ensure the desired finish and performance is achieved. Glass-fin (mullion) units, for example, are among the most popular where a seamless finish is required.

Glass Structure - Pilkington

https://www.pilkington.com/en/global/commercial-applications/glass-applications/glass-structure

Glass Structure. There are numerous structural glass systems offered by various suppliers that open up vast possibilities for architects, allowing them to create a complete glass envelope for buildings with frameless façades on any plane.

Chemistry of Glass - Pilkington

https://www.pilkington.com/en/global/about/education/chemistry-of-glass

Chemistry of Glass. The main constituent of Flat Glass is SiO 2 (silica sand). This has a high melting temperature in the region of 1700 degrees C and its state at this temperature is like syrup on a very cold day.

Façade - Pilkington - First in Glass

https://www.pilkington.com/en/global/residential-applications/glass-applications/facade

Contemporary minimalist architecture is simple shapes and uniform colours. The glass wall and metal accents complement and decorate the simple façade. More and more often these cool arrangements are complemented by natural accents such as wood and stone, in the form of formwork or gabion walls.

Guarding and protection: how to specify glass barriers

https://www.pilkington.com/en/global/news-insights/latest/guarding-and-protection-how-to-specify-glass-barriers

Designing glass for use in barriers can appear complex at first, with a number of safety and technical measures to take into consideration. In this article we explain the design principles behind some of the most common glass barriers.

The Step-by-step Manufacturing of Float Glass - Pilkington

https://www.pilkington.com/en/global/about/education/the-float-process/the-float-process-step-by-step

The Step-by-step Manufacturing of Float Glass. Watch the magic of this science-based process begins to unfold, in a series of stages on a float line that may be nearly half a kilometre long. Raw materials enter at one end.

How does Energy Saving Glazing work? - First in Glass

https://www.pilkington.com/en/global/knowledge-base/types-of-glass/energy-efficient-glass/how-does-it-work

The total transmittance of the glass (or more correctly the total solar heat transmittance or g-value) is the value given to the glass. The higher the figure the better for gaining heat which is the objective in most domestic situations.

Glass in Architecture - Pilkington - First in Glass

https://www.pilkington.com/en/global/knowledge-base/glass-magazines/glass-in-architecture

Our latest publication, Glass in Architecture, showcases a selection of buildings from around the world, inspired by the most creative architectural ideas using glass.

Roof Glazing - Pilkington - First in Glass

https://www.pilkington.com/en/global/commercial-applications/glass-applications/roof-glazing

Creating a light well by using glass in the roof is a popular way of introducing light to central areas of a building. In addition to the normal considerations of thermal and solar control, sloping glazing is overhead glazing and we need to choose glass that is safe.

How it works - Pilkington - First in Glass

https://www.pilkington.com/en/global/commercial-applications/types-of-glass/fire-protection-glass/how-it-works

Pilkington fire-resistant glass is represented in several hundred fully tested and approved glazing systems. This includes doors and partitions of various framing materials and designs, facades and roof glazing and more recently even the first fire-resistant sliding doors and windows.

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