Consumer Electronics Solutions

Sustainable & High-Performance

High-end audio, gaming, portable audio, home entertainment, AR/VR: our second-generation material is suitable for a wide range of Consumer Electronics components.

Fairmat’s innovation offers many advantages to manufacturers, such as lighter AR/VR or audio headsets, while maintaining high mechanical performance. It also replaces aluminum, steel, or plastic parts with sustainable material. Robotic carbon fiber molding and machining technologies produce high-quality finished parts.

electronic goods solutions made with recycled carbon fiber

Examples of applications

The move towards sustainability is underway in the Electronic Goods market. Fairmat second-generation carbon fiber material gives manufacturers the option of a more intelligent and sustainable material, with more ingenious production and a unique esthetic.

For example, the Fairmat second-generation material can replace:

Faceplate, usually made of a thermoplastic-injected material
Parts with high cosmetic finish
casing
Metal plates
Rigid acoustic parts made from complex machined metal parts, with smarter molded-design parts

Features of our second-generation material

SUSTAINABLE

Made of recycled material
Low carbon emissions to produce

HIGH-PERFORMANCE

Tested for maximum impact, strength, flexibility – according to your needs

LIGHTWEIGHT

Reduced weight at equivalent stiffness

Customer case study

Fairmat’s proprietary Technology makes it the ideal material for Audio cases. We are currently working with a world-leading manufacturer of high-end audio

The Fairmat second-generation carbon fiber material uses Fairmat’s proprietary molding method to simplify production by reducing manufacturing and assembly steps. Production efficiency is improved, with fewer operations, lighter parts, reduced transportation costs, less energy used, and time saved.
In addition, the part is made of recycled carbon fiber and is itself recyclable, further reducing the environmental impact of the product’s life cycle.