innovation projects

In collaboration with industry partners and universities we are developing the latest concrete technologies for industrial applications - thus as hot metal molding technologies, 3D printing, Aerogel Concrete and more. This is an excerpt of our and our partners research projects:

 

AEROGEL LIGHT WEIGHT CONCRETE

Infra Light Weight Concrete + Aerogel and production method. Easy to produce concrete for industrial light weight pre-fab elements.

Weight bewteen 220 and 500 kg/m3 with Lambda of approx. 0.09 W/mK and high strength.

  • Start: 2017
  • University Dortmund
  • G.tecz Engineering
  • FUNDING: ZIM

Gifpro

 vacuum greenhouse glas panels with large scale UHPC frames

  • Start: 2016
  • University Geisenheim
  • University Darmstadt
  • Lück's Pflanzenwelt, vacustruct
  • G.tecz Engineering
  • FUNDING: LOEWE III

tabsolar 2

Large Scale Thermal Concrete Facade Panel

  • Start: 2016
  • ISE, Fraunhofer Freiburg, Germany
  • Spürgin, Germany
  • G.tecz Engineering
  • FUNDING: Public

3D Printer Concrete 2

CEMENT BONDED PRINTER MATERIAL

Development of cement bonded printing material for ZCorp Printers

 

  • Start 2015
  • 4DConcepts, Germany
  • G.tecz,Engineering
  • FUNDING: Privat

UHPC embossing plates

Development of special UHPC embossing plates for Leather, Plastic, ...

 

  • Start 2014
  • G.tecz Engineering
  • Leather Colonia
  • trondesign
  • FUNDING: LOEWE III

3D Printer Concrete - Cement bonded printer material

Development of cement bonded printing material for Voxeljet's 3D printer systems.

 

  • Start 2011
  • University of Kassel, FB6 Architecture Dept. Structure Development
  • Voxeljet, Germany, Producer
  • G.tecz, Material Development
  • FUNDING: ZIM

5mm Concrete Chassis - 3D Rotation Technology for series production

Adaption of Quantz for 3D rotation production facilities to produce 5mm thick ventilator casings. 

 

  • Start: 2011
  • Hürner Funken
  • G.tecz, Material Development
  • FUNDING: LOEWE III

Concrete Pottery - 3D Technology for batch production

Adaption of Quantz for 3D rotation production facilities to produce 3mm to 5mm thick pottery.  

 

  • Start: 2012
  • Peuker
  • Maus
  • G.tecz, Material Development
  • FUNDING: ZIM

Drainage Concrete - Ultra High Performance Concrete Binder

Development of high-strength Drainage Concrete for Road Constructions.


  • Start: 2010
  • OAT
  • G.tecz, Material Development
  • FUNDING: ZIM

 

Earthmoist UHPC - Paver protection layer

Development for earth-moist paver protection layer with the Quantz (UHPC) Technology 



  • Start: 2011
  • LINTEL
  • G.tecz, Material Development
  • FUNDING: ZIM

 

Please have a look at the BREVOLITH Website.

Retroreflecting Concrete

Retroreflecting Concrete was a project of the University of Kassel, Hering Bau and G.tecz, embedding Retroreflecting pearls are in the concrete's surface to achive special light effects.

 

  • Start: 2009
  • University of Kassel, FB6 Architecture, Inventor
  • Hering Bau, Germany, Producer
  • G.tecz, Material & Technology Development

volkswagen ag

  • Volkswagen AG
  • G.tecz, Material Development
  • FUNDING: Volkswagen AG
  • Start 2013

Aerogel Concrete

High Insulation Light Weight Concrete with high compressive strength.

 

  • Start: 2009
  • University of Stuttgart, Prof. Knippers, A. Hub
  • G.tecz, Material Development
  • FUNDING: BUND

Tabsolar

Thermal Concrete Facade Panel

 

  • Start: 2013
  • ISE, Fraunhofer Freiburg, Germany
  • Spürgin, Germany

 vacuum greenhouse glas panels with large scale UHPC frames

  • Start: 2016
  • University Geisenheim
  • University Darmstadt
  • Lück's Pflanzenwelt, vacustruct
  • G.tecz Engineering
  • FUNDING: LOEWE III