Land+Living
Land+Living
Rematerialise
Ecosmart Materials
"The Rematerialise vision is to compile and maintain a versatile collection of 'Eco-Smart' materials, which by their very nature provide a range of environmentally responsible alternatives to other resource hungry materials. By tapping into both post-consumer and post-industrial waste streams, scrap and refuse otherwise destined for landfill is recycled and reused which reduces waste and maybe more importantly saves natural resources. It is unfortunate that many of these often-exciting new materials never make it into the wider market place and are tragically discontinued. Due to a lack of demand they just disappear!"

Link: Rematerialise

"The REMATERIALISE project aims to change this by compiling and mediating its findings to the international design profession(s). Presenting a carefully researched collection of greener material alternatives in a digestible and usable format. The ARCHIVE section of the site interprets our findings in a chronological 'timeline'. This research-oriented part of the site provides a means for overview. By understanding the historic development of Eco-Smart materials, we can begin to both anticipate and direct future developments. It also helps us to understand the factors which influence the market success [and failure] of environmentally sustainable materials.

We make every effort in avoiding 'the ethical stance'. There is rarely such thing as a universally 'green' material and we try to remain aware of this when selecting new materials to join the collection. Each material featured has been selected on the belief that it is a 'greener', less damaging alternatives to it's counterpart materials.

In other words if you're looking for HDPE, we have gathered together a collection of HDPE samples from around the world, with a 100% recycled content. Should you be interested in Injection Molding, we have assembled a range of low-impact materials that can be fabricated using that particular process. Some of which are biodegradable, others recycled and some are simply extremely energy efficient."