Sound absorber class A according to DIN EN ISO 11654 at 44 mm depth
Fire protection class B1 according to DIN 4102
- Acoustic material Öko-TEX®100 certified, 100% recyclable
- Acoustic picture with brilliant textile print can be replaced quickly and easily
- Installation depth of the acoustic pictures 27 mm or 44 mm
- Motif: “Forest in spring”
- Environmentally friendly digital textile print with water-based inks
- For wall mounting incl. wall brackets (without screws)
- Installation and shipping: Acoustic pictures up to 2m² are shipped fully assembled
- Select format or request individual desired format
- RAL powder coating possible
The acoustic pictures consist of an elegant aluminium frame
and are characterized by their simple, elegant form. The motif is placed in the
foreground thanks to the frameless design. The aluminum frames are available in
different construction depths depending on the product and degree of
absorption. The aluminum frames can be coated in any RAL shade; the
manufacturer's marking is also important. The aluminium profile is anodized and
therefore easy to clean and maintenance-free.
The coating of the acoustic picture frames: A protective
layer, eloxate is formed by converting the top metal layer an oxide /
hydroxide, this prevents corrosion.
Sublimation printing is allergy-friendly, free from
outgassing agents or flying fibers and contains no chemical binders. The
textile print is wrinkle-free and is characterized by brilliant colors and
high-resolution print quality and can be replaced quickly and easily. It is
printed with environmentally friendly, water-based ink and has been awarded the
Oeko-TEX®100 certificate. Fire protection class B1 according to DIN 4102.
The sound-absorbing material is also environmentally
friendly and has been awarded the Oeko-TEX®100 certificate. It is
allergy-friendly, free from outgassing substances or flying fibers and contains
no chemical binders. Depending on the desired product and degree of absorption,
it is used in various thicknesses and has a highly sound-absorbing effect,
sound absorber class A according to DIN EN ISO 11654.
Acoustic images - The ideal room acoustics are achieved as
soon as the listener can understand every word effortlessly. Optimum acoustics
also promote concentration, increase productivity, beautify the room with
selected motifs and reduce stress. Noise, on the other hand, impairs health and
well-being. The multitude of different terms such as sound-absorbing images or
noise-reducing images have one thing in common: they promote and make
collaboration between employees easier and more effective.
The difference in frame depths
Bei unseren Akustikprodukten mit mindestens 44 mm Rahmentiefe werden 2 Akustikvliese verwendet. Hierdurch erreichen wir eine Schallabsorbtion der Schallabsorberklasse A.
Bei einer Rahmentiefe von 27 mm ist ein Akustikvlies eingebaut und damit die Schallabsorberklasse B gegeben.
![Aluminium Textilspannrahmen Vergleich 27 mm und 44 mm](http://www.primex-world.com/cdn/shop/files/Profiltiefe_Vergleich_27mm_44mm.jpg?v=1684832646)
acoustic images with own motif
Round acoustic pictures with your own motif
XXL Akustikbilder mit eigenem Motiv
Kein eigenes Motiv vorhanden?
Feel free to browse through our picture catalogs.
![Nahaufnahme von Akustikvlies Akustikmaterial](https://cdn.shopify.com/s/files/1/0643/3469/2616/files/Akustik_Material_1000x1000_px.jpg?v=1684832958)
- Material: Öko-TEX®100 certified
- Allergy sufferers friendly
- Hautfreundlich und frei von ausgasenden Wirkstoffen
- Ohne chemische Bindemittel
- Keine fliegenden Fasern
- B1 fire protection class
- Entwicklung & Herstellung in Deutschland
- 100% Recyclebar
![Verschiedene Rahmenfarben von Akustikbild](https://cdn.shopify.com/s/files/1/0643/3469/2616/files/Aluminiumrahmen-verschiedene-farben-pulverbeschichtet_tiny.jpg?v=1684833348)
- High-quality anodized or powder-coated aluminum profile
- Different colors, some with special effects possible
- Elegant frameless design
- Easy to clean
- Certified manufacturing in Europe
- 100% recyclable
- Durable, robust and versatile
![Textildruck-aluspannrahmen-primex.jpg__PID:420e3977-0037-473c-b852-7a6029409e44](https://cdn.shopify.com/s/files/1/0643/3469/2616/files/Textildruck-aluspannrahmen-primex.jpg?v=1684832883)
- Brillanter, hochauflösender Druck auf wasserbasierenden Farben
- Einfach werkzeugfrei austauschen
- Waschbar und trocknergeeignet gemäß Pflegeanleitung
- Traumhaftes Oberflächenmaterial und Haptik
- High-quality textile prints with Öko-TEX®100 certificate
- Luftfeuchtigkeit und Temperaturen zwischen 10°bis 60°C sind möglich
- Umweltfreundliche Herstellung und in Deutschland zertifizierte Materialien
- Schwer entflammbar- zertifiziert
Weshalb hallt es in den Räumlichkeiten eigentlich?
The cause of poor room acoustics lies in smooth surfaces: sound waves, such as those from speaking, working, walking and other ambient noises, are reflected by these so-called reverberant surfaces. The more there are, the stronger it reverberates. Are there large window fronts, glass walls, wooden and stone floors, smooth walls, ceilings or tabletops in your rooms? Stand in the middle of the room and clap your hands. What you hear after clapping is called reverberation time. And the longer this is, the more unpleasant it is for our ears, because the sound passes by them several times from different directions.
![Gespräch Schallwellen ohne Akustikprodukte. Der Lärm breitet sich im Raum aus](https://cdn.shopify.com/s/files/1/0643/3469/2616/files/Gespraech-Schallwellen-01.jpg?v=1683617998)
Hier sieht man sehr schön, wie der entstehende Schall immer wieder von glatten Oberflächen reflektiert wird und dadurch das Gespräch der beiden Personen stört.
![Gespräch Schallwellen mit Akustikprodukten. Die Akustikbilder wirken sich auf die Schallwellen aus.](https://cdn.shopify.com/s/files/1/0643/3469/2616/files/Gespraech-Schallwellen_02.jpg?v=1683618015)
Durch entsprechende Akustikbilder (Absorber) wird der Schall absorbiert und stört die Konversation im Raum nicht mehr. Mithilfe unserem Akustikrechners können wir Ihnen individuell für Ihre Räume die notwendigen Akustikbilder errechnen.