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Danoline Acoustic Ceiling & Wall Solutions

Where acoustic comfort, design & sustainability unite.

Find your acoustic ceiling system

We’ll help you specify the right solution for your project.

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Beautiful spaces, shaped by acoustic design.

At Knauf Ceiling Solutions, we believe great interiors should do more than look impressive - they should sound better, feel more comfortable and stand the test of time. Our portfolio of DANOLINE perforated gypsum ceiling and wall solutions brings together acoustic performance, sustainable design and lasting quality to create spaces that are as functional as they are beautiful.

Naturally occurring, durable and recyclable, gypsum offers the performance, design flexibility and longevity needed to create spaces designed to last.

Benefits at a Glance

Transform spaces with DANOLINE acoustic ceilings and walls

Discover how Knauf Ceiling Solutions brings spaces to life through inspiring real-world projects.

     

Flexible System Solutions Tailored to your Needs

Frequently Asked Questions

High sound absorbing ceilings help reduce reverberation and airborne noise build-up in the corridor, helping limit transfer, whilst ceilings with high sound attenuation will help reduce sound passing between adjacent rooms. A balance of both is ideal to deliver both in room‑room comfort and improved speech privacy.

However, overall sound insulation also depends on walls, doors, floor/ceiling slabs, and junction details.

Easy to maintain, Knauf Gypsum ceiling tiles can be re-painted, cleaned and maintained without adversely affecting the acoustic or indoor climate properties. Knauf ceiling tiles are also easy to mount and de-mount, creating easy access to services.

Gypsum is not only a versatile building material but is also ideal for acoustically sensitive environments. It can absorb, reflect and diffuse sound, depending on how the tiles are perforated, allowing you to control the room's acoustics. Knauf gypsum-based acoustic ceiling tiles are proven to absorb up to 90% of the sound that hits their surface.