PaperShell manufactures load-bearing components from pressed paper, creating a sustainable alternative to plastics and metals that significantly reduces CO2 emissions by up to 98%. This technology transforms waste paper into high-performance, biogenic materials, addressing the environmental impact of single-use items and fossil fuel reliance.
Funding
$43.9M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Many industries rely on plastics and metals for load-bearing components, contributing significantly to CO2 emissions and dependence on fossil fuels. Single-use items and the linear economy exacerbate the environmental impact of these materials.
Solution
PaperShell manufactures high-performance, load-bearing components from pressed paper, offering a sustainable alternative to plastics, glass fiber, and metals. This biogenic material reduces CO2 emissions by up to 98% and can even be carbon negative when circulated within a full circular bio-economy. PaperShell transforms waste paper into durable components suitable for various applications, promoting a shift away from fossil-based materials. The material can be press-molded into different geometries and shapes with multiple surface treatments, offering versatility for diverse product needs.
Target Audience
PaperShell targets B2B clients across various sectors, including product design, construction, and electronics, seeking sustainable alternatives to plastics, composites, and sheet metal.
Features
- 100% biogenic and fossil carbon-free composition
- Customizable geometries, shapes, and surface treatments through press molding
- High strength and load-bearing capabilities suitable for structural applications
- Significant reduction in CO2 emissions compared to traditional materials like plastics, aluminum, and glass fiber
- Weather resistance and low maintenance requirements
- Natural aesthetic with 3D design possibilities
- Compatibility with circular economy principles, enabling material reuse and carbon sequestration