Plain Window Frosting Band - Glass Manifestations
The Plain Window Frosting Band offers a great office privacy solution, ideal for maintaining discretion in office and commercial spaces. Supplied on a roll, it is available in heights of 1220mm and 1600mm. Designed to meet British Standard 6262 for safety and privacy, this frosting band provides a clean, modern appearance for glass surfaces.
The Plain Window Frosting Band offers a great office privacy solution, ideal for maintaining discretion in office and commercial spaces. Supplied on a roll, it is available in heights of 1220mm and 1600mm. Designed to meet British Standard 6262 for safety and privacy, this frosting band provides a clean, modern appearance for glass surfaces.
The Plain Window Frosting Band offers a great office privacy solution, ideal for maintaining discretion in office and commercial spaces. Supplied on a roll, it is available in heights of 1220mm and 1600mm. Designed to meet British Standard 6262 for safety and privacy, this frosting band provides a clean, modern appearance for glass surfaces.
Features
Warranty
12-month warranty on all of our products included
Customisation
Custom finishes available by enquiry.
Delivery
Delivery within 5-7 working days.
Manufacture
UK Designed & Manufactured
Product Details
The Plain Window Frosting Band - Glass Manifestations is a durable privacy solution, designed to offer an elegant way to obscure vision through glass while maintaining a clean and professional look. With an 8-year lifespan, this frosting band is perfect for ensuring privacy in office environments, meeting rooms, and commercial spaces. Available in heights of 1220mm and 1600mm, it is supplied on a roll, making installation straightforward and customizable to your specific needs.
This product complies with British Standard 6262, which requires glazed walls and screens adjacent to doors or forming part of an enclosure to be clearly highlighted with a manifestation. While the frosting band enhances privacy, it also conforms to safety standards by contrasting with the surface behind it in both natural and artificial lighting conditions.
