Harmony Redefined: Elevating Home Acoustics with Sustainable Sound Solutions

Harmony Redefined: Elevating Home Acoustics with Sustainable Sound Solutions 

In a world where sound meets sustainability, Olanglab emerges as a beacon of innovation, transforming the acoustic landscape with its revolutionary products. From acoustic panels to room dividers, they seamlessly blend technology and eco-conscious design to create a symphony of sound and environmental responsibility. In this engaging blog post, we'll delve into the heart of its offerings, exploring the role of materials in sound absorption and the brand's commitment to an eco-friendly, recyclable journey. 

A Prelude to Acoustical Excellence

Olanglab, a name synonymous with cutting-edge acoustics, has curated a collection of products that redefine the way we experience sound. From Fabric to Acoustic Foam, each element of their lineup contributes to a harmonious auditory environment. Let's embark on a journey through the key components, understanding how they work in tandem to create an immersive soundscape. 

Acoustic Design work 

The magic of acoustic design lies in its ability to transform the ordinary into the extraordinary. It's about turning a room into a concert hall where music resonates with clarity or a conference room into a space where every word is heard without distortion. The goal is not just to control sound but to enhance it, creating an immersive experience that lingers long after the last note has faded. 

Price Of Acoustic Design Work 

Acoustic Panel Circle (2 - 1 piece)
Price: $85.00 
Made with recycled fabric 
Coverage: 3.14 square feet 
Dimensions: 24" diameter, 2" thick 
Weight: 5 lbs/panel 

MDF Slat and Plywood Panel 

The commitment to environmental responsibility extends to the structural elements of its products. Medium-density fiberboard (MDF) Slat and Plywood Panel, crafted with precision, not only contribute to the durability of the products but also adhere to the highest environmental standards, exemplified by an Environmental Protection Level: E0. 

PET Felt 

PET Felt, another gem in Olanglab's arsenal, adds a layer of sophistication to sound absorption. Crafted from recycled polyester fibers, this material not only fulfills its acoustical role but also participates in its eco-friendly journey, reducing the environmental impact associated with traditional manufacturing. 

Acoustic Foam 

The magic of acoustic foam lies in its spongy surface, adorned with evenly spaced open pores. These pores create a porous structure that actively absorbs and diffuses sound waves, preventing them from bouncing around. Their acoustic foam becomes the silent guardian, ensuring a space free from unwanted echoes. 

What is the Price of Acoustic Foam Panels? 

Square Chorus

  • Price: $97.99
  • Dimensions: 19.69*19.69*0.55 inches each 
  • NRC: >0.85 
  • Environmental Protection Level: E0 
  • Diffusion Range: 700Hz-3000Hz, providing a more balanced and immersive auditory experience 
  • Absorption Range: 150Hz-10000Hz, reducing unwanted noise, minimizing echoes  Absorption Frequency: low-to-mid 

Wave Verse

  • Dimensions: 19.69*19.69*0.55 inches each 
  • NRC: >0.85 
  • Environmental Protection Level: E0 
  • Diffusion Range: 700Hz-3000Hz, providing a more balanced and immersive auditory experience
  • Absorption Range: 150Hz-10000Hz, reducing unwanted noise, minimizing echoes
  • Absorption Frequency: low-to-mid

Customer review 

Installation was a breeze, thanks to the user-friendly guidelines provided by the company. The attention to detail in the craftsmanship of the panels is evident, and they seamlessly blend into my decor, adding a touch of modern elegance. 

 

The Environmental Protection Level: E0—Where Sustainability Meets Superior Sound

This doesn't just stop at crafting exceptional acoustical solutions; they're committed to minimizing their environmental footprint. The Environmental Protection Level: E0 is a benchmark that signifies their dedication to producing materials with the lowest emission of formaldehyde, a common concern in the production of building materials.  (Dinah, 2023)

 

This commitment ensures that every product from Olanglab not only enhances the auditory experience but does so in a manner that aligns with global efforts to create sustainable and eco-friendly spaces. It's a promise to users – superior sound quality without compromising the health of the planet.

 

The Recyclable Journey: A Symphony of Sustainability 

The heartbeat of Olanglab's eco-conscious ethos lies in the recyclable characteristics of their products. Made from recycled polyester fibers, each element contributes to a circular economy, reducing the demand for new raw materials and minimizing environmental impact. By choosing Olanglab, users actively participate in a journey that goes beyond sound absorption—it's a commitment to a greener, more sustainable world. 

Reducing Your Carbon Footprint 

Materials made from recycled polyester fibers have the dual benefit of being both eco-conscious and recyclable. By opting for us, users make a choice that not only enhances their acoustic environment but also actively reduces their carbon footprint, contributing to a more sustainable future.

A Greener Tomorrow 

Sustainability isn't just a buzzword for them; it's a guiding principle. The recyclable journey of their products symbolizes a commitment to a greener tomorrow. As the world grapples with environmental challenges, it stands as a pioneer, proving that eco-friendly acoustics and sustainability can harmonize seamlessly.

 

FAQs

Can acoustic panels be recycled?

Acoustic panels, when crafted from eco-friendly materials, can often be recycled. The recyclability of acoustic panels depends on the specific materials used in their construction. For example, PET Felt, a common material in acoustic panels, is made from recycled plastic bottles, contributing to a more sustainable product. However, it's essential to check with the manufacturer and understand the composition of the panels to determine their recyclability. Proper disposal methods and recycling facilities can ensure that these panels have a minimal environmental impact at the end of their lifecycle.

Is soundproofing material porous or non-porous?

Soundproofing materials can be either porous or non-porous, depending on their intended purpose. Porous materials, such as acoustic foam and PET felt, are designed to absorb sound waves. They feature an open-cell structure that allows sound energy to penetrate the material, converting it into heat. Non-porous materials, like MDF slat plywood panels, are used to reflect or block sound. These materials typically have a solid surface that prevents sound waves from passing through, redirecting or stopping them altogether. The choice between porous and non-porous materials depends on the specific acoustic goals of the space.

What materials are used in acoustic panels?

Acoustic panels encompass a variety of materials to achieve optimal sound control. Here are some commonly used materials in the construction of Olanglab acoustic panels:

PET Felt

Made from recycled plastic bottles, PET Felt is an environmentally friendly material that offers excellent sound absorption properties.

Acoustic Foam

Characterized by its porous structure, acoustic foam is highly effective in absorbing high-frequency sounds, making it a popular choice for controlling echoes and reverberation.

Acoustic PET

Acoustic PET combines the benefits of recycled materials with sound-absorbing capabilities, contributing to both sustainability and acoustic performance.

Fabric

Fabrics are often used as coverings for acoustic panels, providing a customizable and aesthetically pleasing finish. They can enhance the overall design while maintaining acoustic functionality.

MDF Slat and Plywood Panel

Medium fiberboard (MDF) slat  and plywood panels are non-porous and sturdy, often used for reflective purposes, redirecting sound waves to achieve a desired acoustic effect.

Understanding the composition of these materials allows for informed choices when selecting acoustic panels that align with both acoustic requirements and environmental considerations.