New Ways in Composites: being prototype or serial production, being Carbon, Glass, Aramid, or natural fibres, Connova Group manufactures composite components in perfection.
We realize your ideas and plans until full product maturity. Our experience, our drive for innovation and our versatility guarantees high-quality products without compromise.
We bring the extra-ordinary material properties of composites literally to carry loads.
Fiber composite components and components have excellent properties – the engineers at Connova Group use these to realize your requirements and wishes
Not achievable with conventional materials – with comparatively low weight!
Fiber composite structures fatigue much more slowly and allow a longer service life
In a dynamic environment, vibration damping is up to ten times higher than with metals
Controlled and adjustable thermal expansion up to zero expansion!
Very high resistance to many chemicals guarantees use in difficult environments
Radiation permeability allows use in medical environments with the highest requirements
Fabric structure looks appealing & high-quality and offers new design options
60%
140 GPa
12 GPa
5 Gpa
0,26
1.55 – 1.60 g/cm2
2,100 MPa
50 MPa
1,500 MPa
230 MPa
90 Mpa
0.2 x 10-6 K-1
30 x 10-6 K-1
Connova manufactures composite components for both prototype and serial production, including structural components, sandwich shells and panels, drawing parts, construction elements and visible carbon components.
Connova works with carbon fiber (CFRP), glass fiber (GFRP), aramid fiber such as Kevlar, natural fibers such as flax and hemp, and thermosetting resin systems. Special material solutions are also available on request.
Composite materials offer high strength and stiffness at comparatively low weight, excellent fatigue resistance, high vibration damping, adjustable thermal expansion, chemical resistance and X-ray transparency. They also provide additional design possibilities through visible fiber structures.
Connova applies composite technologies across industries including industrial automation, aviation , UAVs and drones , aerospace, motorsport and automotive applications. The material properties can be adapted to the specific requirements of each application
