Explore the Pilkington OptiView™ Range, offering advanced anti-reflective glass products designed to improve clarity and visibility in architectural and display applications.

Please find below details of Pilkington OptiView™ Range Suppliers in the UK. Contact Suppliers directly for further information and product availability: Consett. Kent. London. Glasgow. West Yorkshire.

Our updated Pilkington OptiView™ Range provides the best anti-reflection performance available in glass while allowing additional features like security and thermal insulation.

The Pilkington OptiView™ range, Pilkington Optiwhite™ and Pilkington Anti-condensation Glass are designed to provide improved vision and clarity in varying lighting and environmental conditions.

Pilkington OptiView™ Ultra, an anti-reflective and highly transparent glass by the NSG Group, has launched in the UK to support architects specifying for the retail and leisure sectors. The high performance anti-reflective glass can reduce visible light reflectance to less than 1%, compared to 8% typically provided by standard glass.

Discover Pilkington's Special Applications glass range in the UK: ultra‑thin float glass, one‑way mirror, anti‑reflective, extra‑clear low‑iron, flat‑tolerance float, and conductive OXO‑coated glass for unique building and non‑building needs.

Pilkington manufacture glass for use in buildings and vehicles

Below you will find links to the EPDs for a comprehensive range of Pilkington products for use in architectural applications. Each EPD is arranged by product groups. Registered via The International EPD ® System programme with the operator EPD International AB, these EPDs have been verified by an independent third party.

Pilkington OptiView™ Ultra range consists of sputtered off-line coated anti-reflective products based on a Pilkington Optiwhite™ low-iron substrate. Optiwhite™:

Tried, tested and trusted Pilkington's range of fire-resistant glass is made up of four product lines, each representing different performance profiles. This ensures precise and economical correspondence to the safety requirements in terms of the specific building structure, the building code regulations and the intended use of the building.