ᐅ Are there sustainable alternatives to traditional building materials?
Created on: 5 Jun 2021 08:23
E
ERNEST64
Hello everyone,
I am currently researching sustainable furniture manufacturing and have a question that I can’t get out of my mind: Are there sustainable alternatives to the typical materials used in Ikea’s Malm furniture? After all, Malm dressers and tables are mainly made from particleboard and laminated surfaces, which reduces their recyclability and negatively impacts their environmental footprint.
I am particularly interested in whether there are types of wood, composite materials, or perhaps innovative material combinations that are both durable and cost-effective, while also being produced in a much more sustainable way or even from renewable sources. Who has experience with this or knows of scientific approaches that not only sound good in theory but could also be successful in practical furniture construction?
Thank you very much for your tips and insights!
I am currently researching sustainable furniture manufacturing and have a question that I can’t get out of my mind: Are there sustainable alternatives to the typical materials used in Ikea’s Malm furniture? After all, Malm dressers and tables are mainly made from particleboard and laminated surfaces, which reduces their recyclability and negatively impacts their environmental footprint.
I am particularly interested in whether there are types of wood, composite materials, or perhaps innovative material combinations that are both durable and cost-effective, while also being produced in a much more sustainable way or even from renewable sources. Who has experience with this or knows of scientific approaches that not only sound good in theory but could also be successful in practical furniture construction?
Thank you very much for your tips and insights!
Hello,
in response to your question about renewable or environmentally friendly adhesives in wood-based panels:
Modern research focuses on formaldehyde-free adhesives, for example, those based on lignin, tannin, or soy proteins.
Some start-ups and manufacturers now offer particle boards made with these adhesives, which reduces environmental impact and facilitates the recycling process.
Upcycling wood waste into single lamellae or cross-laminated timber (CLT) is also a promising approach. The challenges lie in scalability and cost structure.
The topic is technically complex but is increasingly being advanced by industry partners.
in response to your question about renewable or environmentally friendly adhesives in wood-based panels:
Modern research focuses on formaldehyde-free adhesives, for example, those based on lignin, tannin, or soy proteins.
Some start-ups and manufacturers now offer particle boards made with these adhesives, which reduces environmental impact and facilitates the recycling process.
Upcycling wood waste into single lamellae or cross-laminated timber (CLT) is also a promising approach. The challenges lie in scalability and cost structure.
The topic is technically complex but is increasingly being advanced by industry partners.
Very good point, jaime!
This is exactly a trend that is gaining increasing importance. When manufacturing particle boards with bio-based adhesives, the bonding quality is currently almost comparable to conventional glues, at least for furniture subjected to less stress.
A tip: When purchasing, look for certifications that also guarantee low-emission and formaldehyde-free production.
Also important: the recyclability of coated surfaces – bio-based or water-based coatings would be a real improvement here, as they do not complicate recycling like PVC does.
In summary: Sustainable alternatives exist, but a shift in thinking throughout the entire value chain is needed.
This is exactly a trend that is gaining increasing importance. When manufacturing particle boards with bio-based adhesives, the bonding quality is currently almost comparable to conventional glues, at least for furniture subjected to less stress.
A tip: When purchasing, look for certifications that also guarantee low-emission and formaldehyde-free production.
Also important: the recyclability of coated surfaces – bio-based or water-based coatings would be a real improvement here, as they do not complicate recycling like PVC does.
In summary: Sustainable alternatives exist, but a shift in thinking throughout the entire value chain is needed.
I love this green exchange of ideas here! 🙂
Maybe a quick fun fact: there are even furniture pieces made from mushroom materials, so-called mycelium composites. Super sustainable and fully biodegradable. Obviously not yet ready for mass production, but the direction is promising, right? 😉
Maybe a quick fun fact: there are even furniture pieces made from mushroom materials, so-called mycelium composites. Super sustainable and fully biodegradable. Obviously not yet ready for mass production, but the direction is promising, right? 😉
What I sometimes miss with these innovative materials is a long-term analysis of their durability and behavior under moisture or stress.
Sounds interesting, but how long do they really last, especially for everyday furniture? Without reliable data, I see some risks for consumers and the environment.
Does anyone here know of reliable studies or practical examples?
rekijan schrieb:
Furniture made from fungal materials, so-called mycelium composites
Sounds interesting, but how long do they really last, especially for everyday furniture? Without reliable data, I see some risks for consumers and the environment.
Does anyone here know of reliable studies or practical examples?
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