TileGreen offers a patented technology, TG1.0, that transforms mechanically unrecyclable plastic waste into durable, circular building materials. These recycled-polymer-aggregate-composite (Re-PAC) materials provide a green and economical alternative to concrete, clay, wood, and metal in non-structural applications due to their resistance to cracking, rotting, rusting, erosion, and chemical interactions.
Funding
Funding not disclosed
Founders
Product
Problem
The construction industry relies heavily on materials like concrete, clay, wood, and metal, which have significant environmental impacts due to resource depletion and carbon emissions. Traditional building materials are also susceptible to cracking, rotting, rusting, erosion, and chemical degradation, leading to maintenance costs and shorter lifespans.
Solution
TileGreen offers a sustainable alternative by converting mechanically unrecyclable plastic waste into durable, circular building materials. Their recycled-polymer-aggregate-composite (Re-PAC) materials provide a green and economical option for non-structural applications. These materials are engineered to resist cracking, rotting, rusting, erosion, and chemical interactions, offering enhanced longevity and reduced maintenance compared to conventional materials. By utilizing plastic waste, TileGreen reduces landfill burden and promotes a circular economy within the construction sector.
Target Audience
TileGreen's primary customers are construction companies, developers, and government entities seeking sustainable and cost-effective building materials for non-structural applications.
Features
- Patented TG1.0 technology for transforming unrecyclable plastic waste.
- Recycled-polymer-aggregate-composite (Re-PAC) material composition.
- Resistance to cracking, rotting, rusting, erosion, and chemical interactions.
- Suitable for non-structural building applications.
- Durable and long-lasting material properties.
- Sustainable alternative to concrete, clay, wood, and metal.