BASWA Acoustic Systems
Seamless Design. Superior Acoustics.
BASWA transforms any space with flawless finishes and exceptional sound control.
BASWA Acoustic Systems
Experience exceptional acoustic comfort with BASWA – the seamless solution for controlling reverberation and enhancing wellbeing. Combining BASWA Phon panels with a smooth, microporous finish, the system delivers top-tier sound absorption while maintaining the elegance of a plastered ceiling.
Why BASWA?
• Class A sound absorption (αw 1.0 / NRC 1.05)
• Seamless, customisable finishes in unlimited colours
• Fire-safe, fibre- and solvent-free
• Suitable for complex shapes, damp rooms, and protected outdoor areas
Perfect for both functional and design-driven spaces, BASWA offers architects and designers unlimited creative freedom with uncompromising acoustic performance.
The BASWA Phon acoustic systems
BASWA Phon Base
BASWA Phon Base features a smooth, seamless surface with a subtle texture. Its coarse grain size delivers high sound absorption, making it the most acoustically efficient single-layer system.
BASWA Phon Fine
The BASWA Phon Fine single-layer system is distinguished by its smooth, finely textured surface. Its efficient one-step application process delivers an appealing finish with minimal installation time.
BASWA Phon Classic Fine
This system can be used in any situation and is mainly used in side-light situations or curved surfaces.
BASWA Phon Classic Top
This system is versatile and can be applied in all situations, including side lighting and curved surfaces, while incorporating all the benefits of BASWA Phon acoustic systems. Its ultra-fine surface makes it ideal for spaces with low ceilings or where exceptionally smooth finishes are desired.
BASWA Phon Classic Base
BASWA Phon Classic Base is suitable for all applications, including side lighting and curved surfaces. It features a smooth, white, seamless surface with a subtle texture. Among all BASWA Phon acoustic systems, it offers the highest mechanical durability and is frequently used on vertical surfaces as well.