Materials & Industrial Applications
Deuterated reagents and cGMP-grade substrates for pharmaceutical manufacturing and advanced materials
Beyond life sciences research, stable isotopes play a growing role in industrial-scale manufacturing. Eurisotop supports pharmaceutical companies with cGMP-grade active substances and deuterated intermediates, while also supplying deuterated organic molecules and deuterium gas used in the manufacturing of microelectronics and OLED displays.
Deuteration of organic molecules used in OLEDs increases device lifetime by a factor of five to twenty, without significantly affecting other device properties — addressing what was, until recently, one of the biggest technical limitations of the technology. On the pharmaceutical side, Euriso-Top has manufactured bulk active pharmaceutical ingredients (APIs) under cGMP conditions since 1994, with all active substances analyzed according to internal monographs and European standards.
OLED & microelectronics
Deuterated pharmaceuticals
Related Applications
cGMP Substrates
Bulk active pharmaceutical ingredients manufactured under cGMP conditions since 1994, analyzed to internal and European standards.
Deuterated Reagents for Optoelectronics
Deuterated organic molecules and deuterium gas for microelectronics and OLED manufacturing, extending device lifetime.
Deuterated Reagents for Pharmaceuticals
Stable isotope-labeled synthetic intermediates supporting the development of next-generation deuterated drugs.
Why Deuteration Matters Industrially
- Extended device lifetime — stronger C-D bonds resist photo-oxidative degradation in OLED displays and lighting panels.
- Improved drug properties — deuteration can enhance metabolic stability and oral bioavailability of pharmaceutical compounds.
- Regulatory-grade manufacturing — cGMP facilities ensure consistent quality for bulk API production, from clinical trials to commercial scale.
- Fiber optics — replacing hydrogen with deuterium oxide reduces water-peak signal loss, enabling higher-speed data transmission.
