Float Glass
Float glass from UKO Glass delivers the clarity, strength, and precision that modern construction and design demand.
Why Float Glass?
Float glass has high light transmittance delivering bright, crystal-clear views.
Thanks to the carefully controlled annealing process used in its manufacture, our float glass offers outstanding processability, allowing it to be cut and transformed with ease for a range of applications. This opens the door to limitless design possibilities providing architects and fabricators with the flexibility to bring any vision to life.
Multiple design options
Float glass is a versatile material that can be used for countless glazing solutions, making it suitable for everything from windows and doors to partitions, balustrades, façades and more. Whether used in residential, commercial, or industrial settings, float glass provides a reliable starting point for an extensive range of finished products.
Benefits of Float Glass
- High light transmittance
- Clear views
- Aesthetic versatility
- Extremely durable
- Can be used in combination with other glass products to provide additional benefits
- Can be toughened or laminated for safety
Advanced Manufacturing
Produced through the advanced float process to ensure excellent light transmission, optical clarity, and versatility, our glass offers exceptional quality and long-lasting performance.
Designed for versatility across a wide range of applications, our glass combines exceptional quality with durability, offering reliable, long-lasting performance in both residential and commercial environments.
Speak to the experts
Get in touch with our team of experts to explore the endless opportunities with float glass for your next project!
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Float glass is widely used in buildings and vehicles because of its smooth, clear, and flat surface. It is commonly used for windows, doors and shop fronts.
Float glass is made by pouring molten glass onto a bath of molten tin. As it moves along the tin, the glass naturally forms a perfectly flat and smooth surface. It is then slowly cooled in a controlled process called annealing to remove internal stresses, resulting in clear, strong sheets of glass ready for use in windows, mirrors, and other applications.