Composite Engineering

We love creating innovative, high-performance products and structures and we believe composite materials are an enabling technology to achieve this in many circumstances. We help our customers to realise efficient composite structures and products.

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Services

About Us

At Fiberneering we have an energetic team of composite engineers schooled in aerospace, mechanical and civil engineering disciplines.

We assist our clients with structural and product design and engineering. This can range from a small structural calculation to a complete product design cycle.

Composite materials provide great advantages in many applications, however, the materials are non-isotropic, making engineering analysis more complicated than traditional construction materials. Fiberneering has the ability to engineer composites in various degrees of detail.

We love challenging projects! We gladly work with you to find creative, yet achievable answers on difficult problems.

Contact us today to discuss how we can help you with your project.

Composite Materials

  • Lightweight

    Improve structural efficiency through low mass

  • Strong

    Stronger than steel

  • Durable

    High longevity and great durability

Composite materials, or composites in short, are those materials that are build up of multiple components. The most well known examples are GFRP and CFRP; glass or carbon fibers in a polymeric resin matrix. The matrix provides stability to the fibers, which in turn provide a significant amount of strength and stiffness to the end product.

There are numerous types of fibers and resins available, making composites one of the most versatile material groups around. But therein also lies the challenge; selecting the right combination of fiber and resin for the application in-between all that choice is difficult. Fiberneering has the experience to assist you in choosing the right materials for your product!

Markets

Our engineers have experience in various disciplines; aerospace, mechanical, civil and materials engineering. This means that we work in a large number of markets. Each industry has its own specific requirements and we believe we offer the right set of tools and experience to create value for our clients, regardless of their industry.

Depending on the requirements of our customer, we can help design products or stuctures in full compliance with governing codes and standards. We have full FEA capability and we have the testing facilities to provide full confidence in new designs.

We can provide perform complete projects in-house or work as part of a multi-disciplinary team at our customers.

  • Heavy industry

    In various industries composites can enable lightweight, efficient solutions.

  • Transport and mobility

    Automotive, aerospace and shipping industries benefit from low mass and corrosion resistance.

  • Construction

    Composites are applied in combination with concrete or steel to upgrade durability and longevity.

Customers

A selection of some of our customers:

  • fokker-75
  • windesheim-75
  • gusto-75
  • technip-75
  • psp-75
  • tff-75
  • waterschakel-75
  • wive-75

Topics

Composite materials have attracted much research efforts over the past 25 years and continue to do so. This leads to continuous improvement and interesting new possibilities. Due to our close link with various universities and science institutes, we are able to advise our customers on the newest possibilities and incorporate them in our designs where beneficial.

  • Durability

    Life cycle assesments (LCA) of composites compared to other construction materials. Recycling of composites.

  • Hybrid components

    Creating efficient structures out of composites and metals. Utilising hybrid connections.

  • New production methods

    Utilising technology to create high quality small series or more efficient large series production.

  • Advances in materials science

    Hybrid materials, high temperature resistant thermoplastics, abrasion resistant ceramics.

FRP3D

FRP3D is a sister company of Fiberneering, where a process has been developed to create composite products using 3D printing technology. Compared to traditional composite fabrication this leads to more efficient production, larger freedom of shapes and higher degree of functional integration.

Using the FRP3D production capabilities we can provide both prototypes and functional 3D composite products to our customers.

Jasper BouwmeesterHome