Technology. Precision. Reliability – that is FROLYT.
In a market of mass-produced goods, we offer custom craftsmanship.
While many providers focus on quantity, we concentrate on one thing: the best possible technical solution – customized for your application. Whether it involves extreme temperature changes, strong vibrations, or tight installation spaces – we develop exactly the component you need. Without compromise.
What makes the difference – at a glance:
Research, manufacturing, progress – our latest insights
Vibration-Resistant SMD Capacitors
For applications with high vibration requirements, Frolyt now offers vibration-resistant SMD capacitors in addition to pseudo-SMDs, available in dimensions Ø 12.5 x 21.0 mm to Ø 12.5 x 30.0 [...]
FROLYT supplies the EKLM and ERSH series
FROLYT also supplies the EKLM and ERSH series in a 150°C design upon request (service life 500 - 2,500 h)
Technology, processes, products – find answers here.
Answer: Directly from the manufacturer at info@frolyt.de or +49 (0) 3731 571 263 or through listed distributors
We guarantee tight tolerances and low temperature coefficients—ideal for precise current measurements in demanding environments.
Definitely. With our production machinery, we can implement custom terminal designs and bending geometries.
Yes, our shunt resistors are designed for high current loads and are produced with thermal optimization.
We manufacture wire and strip shunt resistors for current measurement, power control, and industrial applications.
Yes. We also manufacture prototypes, pre-series runs and custom solutions in small quantities – with short lead times.
Depending on the type and application, up to 40,000 h at 105 °C – with optimal system integration, even up to 20 years in real-world operation.
Axial, radial, SMD, snap-in, press-fit and can types – each individually designed for the application.
Yes. Our components are temperature-resistant up to 150 °C and vibration-resistant up to 30 g on three levels – ideal for automotive and industrial applications.








