Ecophon Focus™ E Acoustic Ceiling Tile - 600 x 600 x 20mm (Pack of 20)
Ecophon Focus™ E Acoustic Ceiling Tile - 600 x 600 x 20mm (Pack of 20)
Ecophon Focus™ E is a versatile acoustic ceiling solution that offers the highest sound absorption (Class A) and features a recessed visible grid with individually removable tiles. These acoustic ceiling tiles successfully reduce noise levels in a variety of applications, and the tegular edge design gives an attractive addition to the ceiling tiles.
- Absorption Class A
- This ceiling tile suits a T24 (standard) grid
- Fibreglass core
- Individually demountable
- Easy to clean and maintain
- Colour: White Frost
Dimensions (mm): 600 x 600 x 20
Sold in packs of 20 / 7.2m2 coverage per pack
- Estimated Delivery: 3-5 Working Days
- Shipped from the UK
Ecophon Focus™ E acoustic ceiling tiles are comprised of a glass wool core and an Akutex™ FT surface. This combination presents an unbeatable level of sound absorption, with the porous surface allowing sound to get through and the glass wool core successfully absorbing it.
Acoustic ceiling tiles are ideal for a wide range of applications and as Ecophon Focus™ E is available in several colours, there is an option to match the interior design of almost any space.
Ecophon Focus™ E acoustic ceiling tiles are fully recyclable, are made from a minimum of 55% post-consumer recycled content and offer an incredibly light reflectance of 85%. The acoustic ceiling tiles are easily demountable and maintenance is simple – a daily dusting/vacuum and weekly wet wiping is all they require.
Dimensions (mm): 600 x 600 x 20
Sold in packs of 20 / 7.2m2 coverage per pack
*Grid sold separately.
Grid supplied on request, please get in touch to arrange.
Product Specification
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Environmental
100% recyclable | Life-cycle stages A1 to C4 from EPD, in conformity with ISO 14025 / EN 15804
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Weight
The weight of the system (grid not included) should be approximately 3kg/m²
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Fire Rating
The glass wool core of the tiles is tested and classified as non-combustible according to EN ISO 1182.