Acoustic Panel

어쿠스틱 패널

Enhance your interior decor while transforming your room into a haven of tranquility with our cutting-edge Acoustic Wall Panels. Crafted with precision and innovation, these panels are designed not just to beautify your space but also to masterfully absorb sound, making them an ideal addition for music studios, karaoke rooms, offices, or any environment where noise control is essential.

Panelku's Acoustic Panel are full customizable to suit your unique design preference. They can be arranged horizontally or vertically to harmonize seamlessly with your individual style and aesthetic choices.

Wood texture color

Ultralight

Easy Installation

Sound Absorption:

Our panels are designed with high-quality sound-absorbing materials that effectively soak up sound energy. This absorption capability prevents sound waves from bouncing around a room, reducing echoes, and enhancing the overall acoustic quality. This is particularly valuable in environments where clear communication, concentration, or music fidelity is.

Sound Diffusion:

Beyond sound absorption, our acoustic panels feature innovative designs and structures that promote sound diffusion. This means they scatter incoming sound waves in various directions, rather than allowing them to reflect directly. This diffusion process effectively breaks up sound reflections and standing waves, resulting in a more balanced and pleasing acoustic environment. Sound diffusion is especially beneficial in spaces where you want to avoid a "dead" or overly damped acoustic character, maintaining a natural and spacious sound quality.

The graph illustrates that the panel reaches an absorption coefficient of 1.0 at a frequency of 500 Hz. The Panelku Acoustic Panel is most effective in reducing loud speaking and "ordinary" home noise, which typically occurs in the frequency range of 500 - 2,000 Hz, as depicted on the graph.

The graphs provided are spectrum analyzer readings, showing the frequency response of a room before and after the installation of acoustic panels. Here’s an analysis of what graphs indicate :

Before Installation
  • Frequency Range: The x-axis represents the frequency range from approximately 16 Hz to 16 kHz.
  • Amplitude: The y-axis represents the amplitude in decibels (dB).
  • Response Characteristics:
  • There are noticeable peaks and troughs across the frequency spectrum.
  • The amplitude is relatively high in the lower frequencies (below 100 Hz) and mid frequencies (around 500 Hz).
  • The response is uneven, indicating reflections and resonances in the room.
After Installation
  • Frequency Range: The x-axis remains the same, covering the frequency range from approximately 16 Hz to 16 kHz
  • Amplitude: The y-axis still represents the amplitude in decibels (dB).
  • Response Characteristics:
  • The overall amplitude has decreased, especially in the lower and mid frequencies.
  • The peaks and troughs are less pronounced, indicating a smoother frequency response.
  • The response is more even, suggesting that the acoustic panels have reduced reflections and resonances.
Decibel Reduction

To determine the decibel reduction, we can compare the amplitude levels before and after installation at various frequency points. Here are some observations:

Low Frequencies (Below 100 Hz):

Before: Peaks around 10 dB.
After: Peaks around 7 dB.
Reduction: Approximately 3 dB.

Mid Frequencies (Around 500 Hz):

Before: Peaks around 10 dB.
After: Peaks around 7 dB.
Reduction: Approximately 3 dB.

Mid Frequencies (Around 500 Hz):

Before: Peaks around 0 dB.
After: Peaks around -3 dB.
Reduction: Approximately 3 dB.

Eduction in Amplitude: The installation of acoustic panels has led to a reduction in the overall amplitude, particularly in the lower and mid frequencies. This suggests that the panels are effectively absorbing sound energy, reducing the intensity of reflections.

Interpretation

Smoother Frequency Response: The frequency response is smoother after the installation, indicating that the acoustic panels have mitigated the room's resonances and reflections. This results in a more balanced and accurate sound.

Improved Acoustic Environment: The changes in the graphs suggest that the acoustic panels have improved the room's acoustic environment, making it more suitable for activities that require accurate sound reproduction, such as recording or critical listening.

Improve Soundproofing

This panel functions not only as a decorative element but also as an acoustic treatment and soundproofing solution.

Accessories & Dimension

액세서리 및 지수

Seri 01

Rubber
Yakisugi

Seri 03

Pine
Teak
Peanut
Boston
Mahogany
Dark Moca

Hexaform and Paraform Are Here!

헥사폼과 파라폼이 왔어요!

Introducing Hexaform and Paraform – uniquely designed acoustic panels that combine style, creativity, and performance. Inspired by the elegance of geometric forms, these panels come in distinct hexagon and parallelogram shapes, allowing for limitless layout possibilities. Whether you're aiming for bold visual statements or subtle patterns, you can install them in any configuration that fits your space and style.

But these panels don’t just look good — they’re engineered to enhance acoustic quality by reducing echo, controlling reverberation, and balancing sound across the room. Perfect for studios, offices, home theaters, or any space where sound matters.

Hexagon

Pine
Teak
Peanut
Boston
Yakisugi

Parallelogram

Pine
Teak
Peanut
Boston
Pine

Seri 02 - Rubber

IBT (Indo Build Tech)
ICE BSD City
Tangerang

Seri 01 - Rubber

Alicia
BSD
Tangerang

Seri 01 - Rubber

Caffee Tadah Seduh
Medan
Sumatra Utara

Seri 02 - Yakisugi

Podcast room
Best Indo Tech

Seri 01 - Rubber

Influencer - Reynaldo

Seri 02 - Pine

Residecne
Meruya

Seri 02 - Pine

Studio Best Indo Tech

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