Wood Hybrid Profiles: More performance with less metal.
Hycobility develops patented hybrid technologies that make wood a mechanically active component of aluminium and steel profiles – enabling lighter, higher-performing and more resource-efficient solutions.
What is 
?
HycoFusion® is a patented joining technology for wood-metal hybrid profiles.
Controlled swelling of the wooden core creates distributed contact pressure and a mechanically effective connection with the metal profile – without adhesives.
The result: less metal, high mechanical performance and a reversible connection that allows the materials to be separated into individual material streams.
What is 
?
With HycoStick®, Hycobility is bringing HycoFusion® technology to the timber and sawmill industry for the first time as a market-ready solution.
The innovative hybrid stacking stick reduces plant disruptions, increases drying capacity, and sustainably boosts the productivity of modern sawmills.
Advantages of HycoFusion® technology
CO₂ reduction
metal savings
recyclable
Stiffness
*depending on application, profile geometry, metal content and reference construction.
Applications
Construction & Façades
Sustainable load-bearing structures and façade systems.
Automotive & Transport
Lightweight construction with high energy absorption.
Mechanical Engineering
Stiffer profiles with reduced vibration.
Wood & Sawmill Industry
Durable HycoStick® hybrid stacking sticks.
Applications
Construction & Façades
Sustainable load-bearing structures and façade systems.
Automotive & Transport
Lightweight construction with high energy absorption.
Mechanical Engineering
Stiffer profiles with reduced vibration.
Wood & Sawmill Industry
Durable HycoStick® hybrid stacking sticks.
Industry Partners
Together with leading industry partners, Hycobility develops, tests, and industrializes the next generation of sustainable hybrid solutions for construction, mobility, mechanical engineering, and the wood industry.
Facts & Figures
increase in stiffness compared with the reference aluminium profile
increase in energy absorption compared with the reference aluminium profile
CO₂ reduction
*depending on application, profile geometry, metal content and reference construction
proven in industrial trials