High Quality Clear Glass - SGG Diamant

Why Choose SGG Diamant?

1. Unmatched Transparency:  With its low iron content, SGG Diamant takes transparency to a whole new level. Experience a glass that allows light to pass through while saying goodbye to the green tint that plagues ordinary glass.

2. World's Clearest Glass:  SGG Diamant is not just clear, it is the world's clearest glass. It is the result of relentless research and development by Saint-Gobain, setting it apart from standard clear glass.

3. Defining Clarity:  SGG Diamant's minimal iron oxide content is the secret behind it is crystal-clear perfection, making it the top choice when absolute clarity and high-definition matters.

4. Maximum Light Transmission:  The low iron oxide content in SGG Diamant maximizes light transmission, creating spaces that are brighter, and more inviting.

5. Limitless Applications:  From architecture to design, SGG Diamant is the answer when unparalleled clarity and high transparency are required. It is a glass that opens doors to new possibilities.

SGG Diamant Offers

• Aesthetics: With a very subtly coloured edge of the glass, SGG Diamant edges features a pale blue appearance instead of greenish as for regular glass.

• Optimum Transparency: Due to its perfect clarity, SGG Diamant allows the genuine colour of display items to be seen and excellent vision quality when viewing through the glass. 

• Unfiltered Natural Light :  Experience the benefits of maximum energy transfer, providing a well-lit environment that accentuates the genuine colours of displayed items and maintains excellent vision quality through the glass. With unfiltered natural light objects can achieve maximum effect with optimal light and undistorted colours. 

• Fast Energy Transmission:  Experience the benefits of maximum energy transfer, providing a well-lit environment that accentuates the genuine colours of displayed items and maintains excellent vision quality through the glass.

• Enhanced Thermal Management :  Reduction of glazing heating and thermal breakage risks due to lower energy absorption. 

MANUFACTURING AND PROCESSING