
Type
Publisher
Standards Australia
Publisher
Standards Australia
Version:
First Edition 1993.
(Superseded)

Type
Publisher
Standards Australia
Publisher
Standards Australia
Version:
Third Edition 1995.
(Superseded)

Type
Publisher
Standards Australia/Standards New Zealand
Publisher
Standards Australia/Standards New Zealand
Version:
First Edition 1994.
(Superseded)

Type
Publisher
Standards Australia
Publisher
Standards Australia
Version:
Fourth Edition 2009.
(Available Superseded)

Type
Publisher
Standards Australia
Publisher
Standards Australia
Version:
Third Edition 2015.
(Superseded)

Type
Publisher
Australian Glass Group
Publisher
Australian Glass Group
Version:
2022.
(Current)
Short Description
Explains the maximum area of Grade A safety glass for framed glass doors, side panels and other glazed panels.

Type
Publisher
Australian Glass Group
Publisher
Australian Glass Group
Version:
2020.
(Current)
Short Description
Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Type
Publisher
Australian Glass Group
Publisher
Australian Glass Group
Version:
2019.
(Current)
Short Description
Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Type
Publisher
Australian Glass Group
Publisher
Australian Glass Group
Version:
2024.
(Current)
Short Description
Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Type
Publisher
Australian Glass Group
Publisher
Australian Glass Group
Version:
2021.
(Current)
Short Description
Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.