Mobility solutions

Lightweight & High-Performance

Fairmat is the ideal partner for your mobility program. Our innovation combines light weight, high performance, and sustainability, for the manufacture of composite parts at a much lower cost and with a significantly lower CO2 footprint.

The mobility sector is increasingly impacted by, and sensitive to, its production-related carbon footprint: Fairmat aims to radically reduce the CO2 footprint of composite materials by helping entire industries to get sustainable!

Examples of applications and benefits

From cars to motorcycles, buses to trains, trucks to vans, interiors and exteriors, body structures to batteries; wherever lightweight, high-performing materials are needed, Fairmat has a solution.

The Fairmat molding method simplifies parts manufacturing, improving production efficiency, with fewer operations. The finished product results in: 

  • Sustainable and lighter parts
  • High strength and stiffness
  • High chemical resistance
  • Corrosion resistance
  • Wide range of design options

Features of Fairmat material

SUSTAINABLE

Low-impact, recycled, and recyclable

HIGH-PERFORMANCE

Maintain performance equivalent to the material you’re replacing

LIGHTWEIGHT

Reduced weight at equivalent stiffness

The Fairmat Material Promise

  • Reduces the carbon footprint of your products dramatically: Fairmat is recycled and recyclable
  • Allows additional customization to specifications due to its unique properties

Customer case study

We collaborate with a luxury car company to help them to reduce weight and the environmental impact of the production of their vehicles, while maintaining the premium effect of the parts.

Inside the vehicle we delivered a seamless solution, creating a specific part from the Fairmat Infinity range. Our R&D team worked to have several options delivered to the customer and seamlessly integrated into high-speed production lines.

Our latest news

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Unlocking new possibilities in the ski industry
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Fairmat Received B Corp Certification
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CFRP Waste Lifecycle Part-1: First Half Of The Loop
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