Symbio

In touch with nature - high performance sustainable materials

Sappi Symbio is a new natural composite material combining high quality cellulose from wood and thermoplastics. Benefit from a more natural look, soft and warm touch, high rigidity and low density.

Sappi Symbio consists of premium cellulose fibres which are well dispersed in a polymer matrix and is delivered as granules.

It can be used in standard processing equipment, such as injection moulding and extrusion. It can be used in a wide range of applications across furniture, consumer electronics and automotive components.

The long-term vision is to provide bio-based materials fully derived from wood, that offer attractive alternatives to fossil based plastics and composites.

Revolutionize your product with Sappi Symbio by combining the best qualities of wood and designability of plastic materials for improved haptics, looks and performance. Watch our video to learn more.

In touch with nature

 
Revolutionise your product with Sappi Symbio by combining wood’s best qualities and plastic’s designability for optimised product properties.

Benefit from a more natural look, soft and warm touch, high rigidity and low density. Sappi Symbio is a new natural composite material combining high quality cellulose from wood and a polypropylene plastic material.

Sappi Symbio consists of up to 40 % cellulose fibres and is delivered as granules. It can be injection moulded and therefore deployed in various industrial sectors.

The long term vision is to provide bio based materials fully derived from wood, that offer attractive alternatives to fossil based plastics and composites. Take the next step. Naturally enhance your product’s properties and let’s shape the future of bio-based materials together.

Sappi Symbio can be used for the following applications:

  • Automotive
  • Furniture
  • Appliances
  • Consumer electronics

 

Learn more about:

Benefits

Sappi Symbio product range

 

 

Take the next step

Contact us today and let’s shape the future of bio-based materials together.