Armstrong-Zenita Dune 1200mm x 600mm Ceiling Tiles | Square Edge Flat | BP5461M | 10 Tiles per Box

Armstrong/Zentia Dune eVo Board (BP5461M) 1200 x 600mm Square Edge Suspended Ceiling Tiles, a high-performance ceiling solution ideal for both commercial and residential spaces. Crafted from durable mineral fiber, these tiles offer superior sound absorption and fire resistance, making them a safe and comfortable choice for any environment. With a smooth, white finish, these tiles provide a clean, modern look that complements a variety of interior designs. The Armstrong/Zentia Dune eVo Board is not only easy to install and maintain but also a cost-effective option for upgrading your ceilings. Additionally, they are an environmentally friendly choice, made from up to 71% recycled content, contributing to sustainability efforts without sacrificing quality. Key Features:

• High-performance ceiling tile with excellent sound absorption and fire resistance
• Made from durable mineral fiber for long-lasting reliability
• Smooth, white finish for a clean and modern aesthetic
• 1200 x 600mm size, ideal for commercial and residential spaces
• Environmentally friendly, containing up to 71% recycled content

Weight	28 kg
Edge Detail	Square Edge
Application	Ceiling Tiles for Boardrooms, Ceiling Tiles for Call Centres, Ceiling Tiles for Car Showrooms, Ceiling Tiles for Changing Rooms, Ceiling Tiles for Cinemas, Ceiling Tiles for Coffee Shops, Ceiling Tiles for Education, Ceiling Tiles for Factories, Ceiling Tiles for Hospitals, Ceiling Tiles for Night Clubs, Ceiling Tiles for Offices, Ceiling Tiles for Restaurants, Ceiling Tiles for Retail, Ceiling Tiles for Sports Halls, Ceiling Tiles for Supermarkets
Appearance	Sand Textured
Performance	Acoustic, Sound Absorbing, Sound Insulating
Material	Mineral Fibre
Brand	Armstrong / Zentia
Color	White
Resistance to Humidity	up to 99%
Suitable for	Car Showrooms, Coffee Shops, Education, Gyms, Night Clubs, Offices, Retail, Schools, Supermarkets
Sound absorption	0.6 Alpha W
Sound Attenuation	34dB