Mechanical Bonding Method for Metal and Composite Sheets: Installation Included

Summary of the technology

We propose a simple technology that allows for the mechanical bonding of metal and composite materials, with reduced costs and cycle times. This technology also minimizes the damage to the composite material and does not increase the final weight of the piece. It is an easy implementation in the automotive industry.

Universitat de Girona

Details of the Technology Offer

Methodology for mechanically bonding a first sheet made of metal and a second sheet made of a composite material comprising fibers and installation for carrying out the method

Nowadays, the conventional way of bonding metal materials with composites involves either perforating the composite material which can cause potential damage and reduce the resistance of the manufactured parts, or incorporating fastening elements that add extra weight to the structure. Although there have been alternative technologies proposed, they have not been implemented in the industry due to their increased complexity, cost, and cycle times. To address this issue, we propose a simple technology that allows for the mechanical bonding of metal and composite materials, with reduced costs and cycle times. This technology also minimizes the damage to the composite material and does not increase the final weight of the piece. It is an easy implementation in the automotive industry.

Competitive advantages

  • Easy to perform
  • Low cost and cycle times
  • No added weight
  • Minimize the damage to the composite
  • Applicable to flat surfaces

Current development status

Laboratory prototypes

Applications

Automotive industry production lines

Desired business relationship

Patent licensing

Technology development

Intellectual property status

  • Patent already applied for
  • Patent application number :EP22383176.9

Related Keywords

  • Materials Technology
  • Automotive engineering
  • Lightweight
  • Mechanical Technology related to measurements
  • automotive
  • composite
  • metal

About Universitat de Girona

The University of Girona (UdG) by means of its Research & Technology Transfer Office (TTO) provides services to 117 research groups, 42 of which have been recognized as Consolidated Research Group of Catalonia and 4 among them have been incorporated into the TECNIO network, the top Catalonia's Government excellence research network.

University of Girona (TTO)

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