WHEN LESS IS MORE
Developed using Finite Element Analysis or FEA, a process that uses a theoretical model to identify points of weakness - which need strengthening - and points where excess material exists – where material can be reduced. The result is a chair that uses the optimum volume of materials and nothing more. This process enables PLC Studio to be dematerialised with no loss of strength or functionality.Keeping materials to a minimum is essential to keep embodied carbon as low as possible. Recycled materials and renewable, bio-based materials are also key to reducing carbon. PLC Studio contains 55% recycled and renewable content with a pressed ply seat and back. Furniture is fundamentally constructed using bio-based, or non-renewable, metals and fossil-based materials. Typically, similar chairs use plastic parts for upholstered components, PLC Studio keeps plastic parts to a minimum and focuses on using bio-based components, even for upholstered elements. To support projects that require transparency around carbon data, the PLC Studio chair, PLS002, has an LCA to the ISO14040 and 14044 standard, showing a global warming potential (embodied carbon) of just 44.8 kg CO2e.