Fibernx develops sustainable, cost‑effective carbon fiber and carbon nanofiber materials that can be customized for a range of industries, from automotive and marine to energy storage and smart buildings. Their platform technology enables the production of lighter, stronger fibers while reducing environmental impact, such as converting oil‑sand bitumen into usable carbon fiber. By offering tailored advanced‑material solutions, Fibernx aims to make high‑performance composites more affordable and widely accessible.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional carbon fiber production relies on expensive, energy‑intensive polyacrylonitrile (PAN) processes, resulting in high material costs and significant carbon emissions. This limits the adoption of advanced composites in cost‑sensitive industries such as automotive, marine, and renewable energy.
Solution
Fibernx offers a sustainable, cost‑effective alternative by converting low‑value asphaltene—a by‑product of oil sands—into continuous carbon fiber and carbon nanofiber using a proprietary continuous carbonization line. The technology produces fibers with comparable mechanical performance to conventional PAN‑based fibers while reducing raw‑material costs and greenhouse‑gas emissions. Customers can order fibers in customized specifications, including tow size, filament count, and surface treatments, to match the requirements of their specific applications. By providing both carbon fiber (S‑Series) and carbon nanofiber (F‑Series) products, Fibernx enables manufacturers to integrate advanced composites across a wide range of sectors without prohibitive expense. The company’s vertically integrated processing facility in Canada demonstrates scalable production capability and supports rapid prototyping and commercial supply.
Target Audience
Primary customers are manufacturers of composite components in automotive, marine, wind‑energy, energy‑storage, pipeline, smart‑building, and EMI‑shielding markets seeking affordable, high‑performance carbon fibers and nanofibers.
Features
- Continuous production of carbonized fiber from asphaltene feedstock, delivering lower raw‑material cost and reduced emissions compared to PAN processes
- Customizable fiber specifications (diameter, tow size, surface functionalization) for diverse composite designs
- Availability of both carbon fiber (S‑Series) and carbon nanofiber (F‑Series) product lines
- Scalable manufacturing demonstrated at Canada’s first carbon fiber processing facility, enabling pilot runs and volume orders
- Compatibility with high‑performance applications in automotive, marine, wind energy, energy storage, pipelines, smart buildings, and EMI shielding