Baux Acoustic Pulp is the Product of 25 Years of Research
This eco-friendly acoustic panel material is developed with reference to biomimicry — a lucrative field that seems to produce a great deal of sustainability-focused solutions. The biodegradable product is the result of a collaboration between Baux, industrial design studio Form Us With Love and scientists from the Royal Institute of Technology in Stockholm, Sweden.
The acoustic panel material is chemical-free and is "formed of organically modified cellulosic fibers from sustainably harvested Swedish pine and fir trees." As a result, the textured feel of the Baux Acoustic Pulp is paper-like. The company releases three types of acoustic panels — 'Sense,' 'Pulse,' and 'Energy,' each of which sports a different laser-cut pattern that allows for the panels to connect via "honeycomb chambers on the back."
The acoustic panel material is chemical-free and is "formed of organically modified cellulosic fibers from sustainably harvested Swedish pine and fir trees." As a result, the textured feel of the Baux Acoustic Pulp is paper-like. The company releases three types of acoustic panels — 'Sense,' 'Pulse,' and 'Energy,' each of which sports a different laser-cut pattern that allows for the panels to connect via "honeycomb chambers on the back."
Trend Themes
1. Biomimicry-based Sustainable Products - The success of Baux Acoustic Pulp presents an opportunity for companies to develop more eco-friendly products through biomimicry.
2. Chemical-free Materials - The use of organic and chemical-free materials in the manufacturing of acoustic panels indicates a growing trend towards more sustainable and eco-friendly alternatives in the building and construction industry.
3. Laser-cut Honeycomb Patterns - The innovative laser-cut honeycomb patterns on the Baux Acoustic Pulp panels demonstrate the potential for disruptive innovation in the design and manufacturing of acoustic materials.
Industry Implications
1. Construction - The use of Baux Acoustic Pulp and similar eco-friendly materials presents an opportunity for the construction industry to adopt more sustainable practices, while remaining cost-effective.
2. Design - Designers can leverage biomimicry principles and laser-cutting technology to create new and innovative products that are sustainable and aesthetically pleasing.
3. Acoustics - The development of chemical-free, biodegradable materials with unique laser-cut patterns suggests a potential for disruptive innovation in the field of acoustic materials for soundproofing and noise reduction applications.
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