Acoustic Doors: ALPHAfon- AD
Available in metal, glass or timber, they can be fabricated in different sizes in order to cover all possible requirements
Acoustic doors ALPHAfon‐AD are an advanced noise control product, created by our team that has years of experience in the field of consulting and manufacturing acoustics and noise control applications. Utilising the above with our academic and technical research at the National Polytechnic University of Athens, the acoustic doors ALPHAfon‐AD guarantee high standard quality and significant sound reduction.
Acoustic doors ALPHAfon‐AD are available in three different types: Metal, Glass or Timber and they can be fabricated in different sizes in order to cover all possible requirements.
Their noise insulation index from Rw=36 dB up to Rw=50 dB, measured and assessed according to ISO 140.3 and ISO 717.1 standards.
Opening side
They can be equipped with:
- Elastic profiles for complete acoustic sealing.
- Special sealing mechanism at the bottom part.
- Rotating handle for additional pressure on the elastic sealing profiles
- Sound proofed window, with the equivalent noise insulation performance, can be also placed on the door.
Applications:
- Theaters
- Conference halls
- Industrial plants
- Control/test rooms
- Studios
- Mechanical rooms
Acoustic doors ALPHAfon‐AD are certified by the National acoustics laboratory. Furthermore, metal acoustic doors ALPHAfon‐AD can be fabricated to be fire proofed upon request.
Sealing types at the bottom part
Some applications of Acoustic Metal Doors APHAfon-AD are shown below:
Some applications of Acoustic Glass Doors APHAfon-AD are shown below:
Selected application Videos:
Metal Noise Barrier ALPHAfon-MB
A quick and economical solution for sound absorption and noise insulation
Generator Sound Insulation Cover: ALPHAfon- IC
Made out of standardized aluminum or metal profile and fire safe sound absorbing materials
Sound Insulation Cabins: ALPHAfon- CB
Protects the receiver from noise, offering optimum working conditions inside the booth
