We empower you to make an impact

Our mission is to reshape global mass production and empower sustainable growth. At z.trusion®, we are committed to challenging, disrupting and enlightening our industry. By enabling reduced material usage and energy consumption, as well as helping you extend your product cycles, we actively contribute to creating a more sustainable world. Together, we can make a difference.

Total impact

Our cutting-edge technology paves the way for a substantial reduction in the CO2 footprint across various manufacturing industries. By minimising material usage and optimising energy consumption, our primary objective is to contribute to a remarkable 1% reduction in global CO2 emissions.

Birth:
Production

Material savings through optimised design

Replacement of other, more energy consuming methods

Elimination of extra process steps and logistics

Production efficiency through increased speed

Life:
Usage

Enhanced performance through optimised design

Thermal efficiency

Weight saving

Energy efficiency

Afterlife:
Recyclability

Integrated functionality means reduction of components

Integrated functions means improved recyclability

Minimising need to mix materials

z.trusion® is suitable for recycled material

How it happens

CO2 impact estimate

Thermal window

A great potential

As a reference, a European thermal break supplier indicates volumes of 100 million meters/year. That means a conservative calculation on CO2 savings is:

  • 10 million m2 installed window saves 100 GWh/year
  • 100 GWh equals approx. 42,000 ton CO2/year (as estimated internally by the Reliefed team)

For the same volume the material savings would mean approximately 1,050 ton (equals approximately €20 million) compared with conventional thermal break profile.

Material waste elimination

Solar panel

Cooling application

Substantial savings were made possible in design and production thanks to the z.trusion® technology. Manufacturing costs were reduced from approximately €33/mtr to approximately €4.5/mtr, including material (as estimated internally by the Reliefed team).

  • 90% reduction of production cost
  • 100% elimination of material waste
CO2 impact estimate

Bumper beam

Potential of an optimized beam

If a weight saving of 3 kg could be reached in a car, for 1 million cars with 3 kg of weight-saving, a reduction of approximately 100,000 ton CO2 is achieved over all (as estimated internally by the Reliefed team).