SOUND AND SILENCE
Enhance sound quality with Numobel’s premium acoustic treatment solutions and services. We offer customized soundproofing, wall panels, ceiling baffles, and acoustic design for offices, studios, and commercial spaces. Improve aesthetics and noise control with Numobel’s expert acoustic solutions.
PET (Polyethylene Terephthalate) Felt is a sustainable interior product with outstanding acoustic performance. But how exactly does it work and which problems can it solve?
HOW PET FELT WORKS
The main acoustic effect that PET Felt has is sound absorption. What exactly does it mean? When a sound encounters a material, several processes take place. Depending on its nature, a material can absorb the sound energy by transforming it into heat. If the sound energy is absorbed only partly, the rest of it will travel through the material. Another scenario is that a material will reflect the sound waves.
There are three ways that sound energy is dissipated in a porous material:
-
By friction between air and the porous material which is also transferred into heat
-
Through viscous effects within the air that is trapped inside the porous material, which is transferred into heat
-
Through damping of the sound energy by setting the material into motion with sound pressure, which transfers the sound energy into kinetic energy.
Thanks to the production technique, PET Felt panels have an optimal structure and thickness to serve as an effective absorber.
TOP FIVE REASONS TO USE POLYESTER FIBER ACOUSTIC PANELS
-
Thin, light, imitation silk surface smooth
-
Non-carcinogenic panel
-
Environmentally friendly
-
Does not harm health
-
Water and deformation resistance
PROPERTIES
-
Thickness - 9 mm / 12 mm / 24 mm
-
Weight - 1400 g/sqm to 2000s/sqm
-
Standard Size - 2440 mm x 1220 mm
-
Sound Absorption Performance - NRC 0.85 - 0.9
-
Light Weight and Flexible
-
High Resistance to Humidity and Moisture
-
Highly Versatile - Cut to desired shape and size
-
Shrink and Stretch Resistant
-
Made of Polyester Fiber
-
Resistant to most chemicals
-
Resistant to Mildew / Fungus
-
Not affected by organic solvents
USAGE
WALL PANELS
- Standard Size
- Designer
- CNC Cut
- Grooved
- Printed
CEILING
- Ceiling Tiles
- Floats
- Cellular Open Cell
- Baffles
- Blades
DIVIDERS
- Space Screens
- Privacy Panels
- Partitions
LIGHTING
- Ceiling Pendants
- Wall Sconces
AREAS OF APPLICATION
- Home Theatres
- Recording Studios
- Class Rooms
- Lecture Halls
- Broadcasting Studios
- Podcast Studios
- Music Practice Rooms
- Fitness Studios
- Offices
- Meeting Rooms
- Conference Rooms
- Phone Booths
- Huddle Rooms
- Libraries
- Auditoriums
- Public Speaking venues
- Cafetaria
- Dining Halls
- Museums
- Art Galleries
- Health Care Facilities
- Meditation Rooms
- Spa
- Healing Centres
- Game Rooms
- Residential Spaces
- Sleeping Pods
FAQ's ABOUT ACOUSTICS
Q1. What is acoustic material for walls?
Ans: It is a sound-absorbing or blocking material applied on walls to reduce echo and noise reflections.
Q2. What are acoustic treatment materials?
Ans: They are materials designed to absorb, diffuse, or block sound to improve acoustic comfort.
Q3. Where are acoustic wall panels used?
Ans: Offices, studios, auditoriums, hospitality spaces, residential interiors and many other settings.
Q4. What is the difference between acoustic panels and soundproofing sheets?
Ans: Panels absorb sound within a room; sheets block sound transmission between spaces.
Q5. Are PET acoustic panels sustainable?
Ans: Yes, they are made from recycled PET fibers and they are environmentally friendly.
Q6. Do wooden acoustic panels absorb sound effectively?
Ans: Yes, perforated and grooved wood panels provide strong resonance absorption.
Q7. What is mass loaded vinyl used for?
Ans: It is used as a sound barrier in walls, floors, and ceilings to block noise.
Q8. Can acoustic spray be applied on any surface?
Ans: Yes, it adheres to flat, curved, and complex surfaces seamlessly.
Q9. Do acoustic ceilings improve office acoustics?
Ans: Yes, they reduce ambient noise and improve speech clarity in open spaces.
Q10. How to choose the right acoustic material?
Ans: Selection depends on noise type, frequency range, application area, and design requirements.















