Pilkington AviSafe™ is an on-line coated glass that uses a unique patterned UV enhanced coating to disrupt reflections, providing a visible barrier to birds and preventing collisions.

Pilkington AviSafe™ features a UV enhanced pattern that’s more visible to birds than it is to humans, which helps to prevent these collisions and ensures maximum transparency, while maintaining the aesthetical appeal of glass in architecture.

Pilkington AviSafe™ is a glass with a unique patterned UV-enhanced coating, which disrupts the reflection on the glass surface so that the bird can perceive a barrier.

Over the past fifty years the Group can claim to have been responsible for almost every major advance in glass technology. Pilkington glass innovations include: Pilkington AviSafe™ - new bird-safe glass.

Ground-breaking products are in our DNA. It's something we've embraced since our very beginning and it's led us to world-firsts. From the invention of float glass, to the creation of glass that cleans itself; we design solutions to help our environmental and social challenges.

Pilkington AviSafe™ is a glass solution that uses a unique patterned UV enhanced coating to disrupt reflections, providing a visible barrier to birds and preventing collisions.

Pilkington AviSafe™ is a glass with a unique patterned UV enhanced coating that allows birds to see a barrier. As a large-scale façade application, Pilkington AviSafe™ contributes to bird protection while at the same time providing a stylish external appearance.

Pilkington AviSafe™ features a UV enhanced pattern that’s more visible to birds than it is to humans, which helps to prevent these collisions and ensures maximum transparency, while maintaining the aesthetical appeal of glass in architecture.

Pilkington AviSafe™ is a glass solution that uses a unique patterned UV enhanced coating to disrupt reflections, providing a visible barrier to birds and preventing collisions.

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.