The development of materials for hydrogen applications is a major challenge.
Hydrogen technology involves extreme conditions such as high pressures, high temperatures and aggressive chemical environments. This requires materials that can withstand these stresses without losing performance. STASSKOL has risen to this challenge and offers customized solutions for a variety of hydrogen applications with its high-performance polymers based on PTFE, PEEK and PPS like ESKAFLON 8101.
Our hydrogen materials were originally developed for piston rod seals in H2 compressors, where they have proven themselves through their high resistance and durability. Today, these materials are widely used in various areas of hydrogen technology, including
H2 compressors for transporting hydrogen: Our wear-resistant materials enable H2 to be fed from the electrolyzer into the hydrogen network.
Hydrogen storage systems: Seals and valve components made of STASSKOL materials ensure the safe storage of hydrogen in underground caverns.
Filling stations: STASSKOL supplies sealing elements for filling station compressors that compress the hydrogen to pressures of up to 1000 bar. Here, the materials are pushed to their limits.
Storing energy in households: Thanks to sealing components from STASSKOL, excess energy from photovoltaic systems can be stored in households in the form of hydrogen and converted back into energy in winter with the help of fuel cells.
Combustion engine in trucks: Sealing solutions from STASSKOL pressurize hydrogen to supply it to the engine of a truck and enable the combustion process.
Advantages of STASSKOL materials
Longer service life: Our materials guarantee an extended service life, even under extreme operating conditions.
Adaptability: We offer materials that are precisely tailored to the specific requirements of your application.
Customized blends: Thanks to our many years of experience in hydrogen technology, we develop customized solutions for your specific needs.
Why STASSKOL?
Specialized expertise: Decades of experience in the development of high-performance materials for sealing systems under oscillating and rotating motion.
In-house test facilities: We use test compressors and tribometers to test and optimize the performance of our materials under real conditions.
Wide range of applications: Our materials are suitable for a wide range of applications and offer maximum reliability.
Contact person
Julian Große-Segerath
Germany, Austria, Switzerland
High-Performance Polymers
Discover the future of industrial materials with STASSKOL
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Customised recipes
The perfect MATCH
We are aware of the advantages of our high performance polymers and are able to support you in the right selection of the matrix material. Moreover, we can customise the properties profile of the material for your application with appropriate additives.
