The silicone plastic block (SPB) has been created by Rhino Machines and R+D Studio as an eco-friendly building solution that aims to make use of materials that would otherwise go to waste. The bricks are crafted from a blend of materials including 80% recycled sand waste/foundry dust along with 20% mixed plastic waste. This positions the bricks as being a strong yet sustainable solution for use in construction to achieve projects in a more eco-friendly manner.
The silicone plastic block are reported to be 2.5-times stronger than conventional clay bricks, while using 80% less natural resources in their production. The bricks could help to solve waste issues in India and still accommodate the needs of developers with premium quality products.
Recycled Plastic Masonry Bricks
The Silicone Plastic Block from Rhino Machines is Eco-Friendly
Trend Themes
1. Eco-friendly Building Solutions - The silicone plastic block offers an innovative solution for sustainable construction, utilizing recycled materials to reduce waste and resource consumption.
2. Circular Economy in Construction - The use of recycled sand waste and mixed plastic waste in the manufacturing of the silicone plastic block promotes a circular economy by repurposing materials that would otherwise go to waste.
3. Strong and Sustainable Bricks - The silicone plastic block's strength and durability, combined with its environmentally friendly composition, present an opportunity for disruptive innovation in the construction industry.
Industry Implications
1. Construction - The silicone plastic block can revolutionize the construction industry by providing a sustainable alternative to traditional clay bricks.
2. Waste Management - The production of silicone plastic blocks using recycled sand waste and mixed plastic waste creates opportunities for disruptive innovation in the waste management industry.
3. Green Building Materials - The development and adoption of the silicone plastic block can drive innovation in the green building materials industry by offering a more sustainable and resource-efficient option for construction projects.