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The Bavarian fusion network brings together companies, start-ups and research institutions along the entire fusion energy value chain. From high-performance materials, cryogenic and vacuum technology, precision optics and manufacturing technologies to innovative reactor concepts and laser approaches through to safety, engineering and technology transfer - this is where the industrial foundation for the energy of tomorrow is being laid.
Our map shows the players, competencies and connections that are working together to make fusion energy a reality.
KRP Mechatec GmbH
KRP Mechatec GmbH
Boltzmannstraße 2
85748 Garching bei München
https://www.krp-m.de/
Sandra Goltze
Geschäftsführerin
Tel.: +49 151 6151 6610
Contact per mail
Profile
KRP Mechatec GmbH is an engineering service provider specializing in tests and analyses in the field of aerospace, aviation, fusion research and other high-tech industries, certified according to DIN EN ISO 9001:2015.
Technology
Thanks to our in-house supply of liquid helium, we can cool test samples to -269°C (4K) or heat them to over 1000°C with our ovens - covering an exceptionally wide range of temperatures. We have a versatile test infrastructure at our disposal for testing materials and components, including vacuum, temperature and climate chambers, a universal testing machine and a shock test bench. We also carry out structural and thermal analysis tests.
Products
We specialize in developing and operating customer-specific test setups to meet even unusual requirements, but we also carry out standard tests in accordance with standards. This is complemented by our in-depth analysis expertise, enabling us to verify results and correlate them with test data. We can also support you with our expertise in FEM analysis during development or optimize designs with regard to thermal and dynamic properties, for example. As an engineering office, we also take on entire design work packages or take care of the production and assembly of prototypes and mock-ups.
Our testing options:
- Mechanical tests
- Universal testing machine (-269°C to 1000°C): including tensile tests, compression tests, bending tests, fracture toughness, creep rate, fracture toughness, shear tests, pin-bearing, pull-off/peel tests
- Notched bar impact test between 77K (20K test setup under development) and 1300°C
- Thermal properties
- Coefficient of thermal expansion (CTE) between -263°C and 200°C
- Thermal conductivity between -263°C and 17°C
- Thermal contact conductivity
- Thermal deformation of structures and assemblies
- Moisture expansion
- Permeability and bulge setup
- Measurement of helium transmission rate and curvature characteristics of CFRP and GFRP membranes
- Temperatures from 20K and up to 20 bar pressure
- Sample diameter of 150 mm or 450 mm
- Temperature cycling, ageing and climate tests
- Lift systems for the generation of temperature shocks
- Temperature cycles between -269°C (4K) and 150°C possible
- Climatic chamber for simulating environmental conditions
- Thermal vacuum tests
- Temperatures between -253°C (20K) and 300°C at high vacuum
- Carrying out functional tests and electrical measurements
- Application of loads
- Various vacuum chambers with a maximum installation space of 720 x 580 x 315 mm³, 640 x 640 x 540 mm³ or Ø 600 mm x 1940 mm
- Vibration, shock and impact tests
- Customer-specific tests (test engineering and test definition for component tests)
Our analysis options:
- Static and dynamic analysis
- Thermal analysis
- Thermomechanical analysis
- Structural analysis for earthquake loads
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