Kompetenzzentrum für thermoplastische Faserverbundwerkstoffe

Das ist das grün weisse Cross Composite Schrift-Logo von CrossTEQ

Fiber Composite Technology | Compression Molding | Material Design

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Thermoplastic fiber composite


Individual configuration of fiber-reinforced high-performance plastics for outstanding properties and unique surfaces.

Compression
Molding


Maximum cost efficiency thanks to application-specific composite technologies.

Composite
Engineering


Targeted use of diverse material properties thanks to geometry-specific material design.

We specialize in thermoplastic compression molding and material design of high-performance fiber composites.

With Cross Composite we offer our partners individual 360° solutions for simple to geometrically complex lightweight components with specific material properties and unique surfaces.

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Products & Applications

Bild eines Bauteils mit Verstärkungsrippen aus thermoplastischem Faserverbundwerkstoff

3D-Features

Ready-to-install components with geometrically complex 3D features.

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Fächer mit Platten aus verschiedenen Faserverbundwerkstoffen

Surfaces

A wide range of fibers and polymers for unique surface finishes.

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Platte aus faserverstärktem PEEK-Kunststoff

Plates

High-performance block material made of fiber-reinforced PEEK, PEI, PSU, PPSU or PES polymers.

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Ausgestreute Holzfasern für die Produktion von nachhaltigen Composites

Sustainable Composites

Completely recyclable composite components.

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What's new

Through intelligent material design and with the right production technology, we achieve optimal material properties and unique surfaces for your specific application.

All applications
Bild zeigt schwarzes Helikoptertür-Scharnier aus Carbonfaser Composite hergestellt von CrossTEQ

Why thermoplastic composites at all?

Where metals and plastics reach their limits is where our "High Performance Lightweights" are used, because: 

Metals and plastics often only partially meet the performance requirements in high-performance applications.

Thermoplastic fiber composites, however, combine the best material properties of both material groups and convince with high performance under the most adverse conditions.

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Cross Composite Compression Molding Technologies

Abstrakte Illustration eines schwarzen, geometrisch komplexen Composite Bauteils produziert mit der x-NET Composite Technologie

FOR READY-TO-INSTALL MOLDED PARTS WITH COMPLEX 3D FEATURES & INNOVATIVE SURFACES

x-NET Technology

  • Tool falling structural components

  • Best mechanical properties

  • Unique surface finishes

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Abstrakte Illustration einer schwarzen Composite Leichtbauplatte produziert mit der x-BLOC Composite Technologie

FOR PLATES AND BLOCK MATERIAL

x-BLOC Technology

  • Custom Material Design

  • Quick availability

  • Delivery in a few days

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Abstrakte Illustration eines schwarzen Composite Halbfabrikats produziert mit der x-CONTOUR Composite Technologie
FOR SMART SEMI-FINISHED PRODUCTS

x-CONTOUR Technology

  • Geometry specific material design

  • Specific load paths & main directions

  • Multiple use of the shape possible

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Why thermoplastic Compression Molding?

With our geometry-specific Formpress technologies, we combine for you the product design freedom from injection molding with the high strength and rigidity of fiber-reinforced plastics.

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This might also interest you

Success stories with thermoplastic composite material from CrossTEQ

Bild eines Audaceone Uhrengehäuses aus thermoplastischen Carbonfaser Composite

SCRATCH-RESISTANT AND SKIN-FRIENDLY WITH A UNIQUE SURFACE FINISH

Audauceone SQUARE Carbon Composite Watch Case from CrossTEQ


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Bild einer leistungsstarken Kompressor-Ventilplatte aus thermoplastischen PEI-Carbonfaser Composite

RELIABLE AND DURABLE MATERIAL PROPERTIES

R&D Collab: Compressor Valve Plate from CrossTEQ AG and Burckhardt Compression AG

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Bild dreier Zahnräder aus thermoplastischem Faserverbundwerkstoff

ULTRA-LIGHT WITH EXCELLENT TRIBOLOGY

CrossTEQ applications of high-performance carbon composite in mechanical engineering

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