RC TRITEC AG


RC Tritec Ltd. is a typical Swiss small/medium scale company with more than 80 years tradition. We are a highly qualified and motivated team to cooperate with you. 

It all started in 1934 with luminous pigments for the watch industry. 

During all these past years, we have been developing new and safer types of luminous materials and importing our knowledge in new activities and products. 

Today, we are proud to have great competence in various products and Technologies. From the strongest afterglow pigments to labelled compounds in medical research, we offer our customers a broad range of high end products:

  • Swiss Super-LumiNova®  high performance luminous pigments for the watch industry 
  • Fluorescent colours 
  • Tritium labeling Service  for the pharmaceutical industry
  • Tritium handling technologies and manifold Systems  for a safe handling of tritium gas
  • Isotope sources 
  • Decontamination Service  for the disposal of radioactive waste
  • Scintillation Screens  for neutron imaging
Website : www.rctritec.com

 
Tritium radiolabeled compounds

Tritium radiolabeled compounds

Tritium, symbol H-3 or Ta, is a radioactive isotope of hydrogen that emits beta electrons. Its core, called Triton 2, consists of a proton and two neutrons. Tritium is three times heavier than ordinary hydrogen, the nucleus of which is reduced to one proton, and one and a half times heavier than deuterium, another isotope of hydrogen, the nucleus of which consists of a proton and Of a neutron.
Tritium is relatively rare in its natural state (about 1 atom of tritium per 1018 atom of hydrogen), it is produced in very small quantities in the atmosphere by cosmic radiation. Unlike protium (H-1) and deuterium (H-2), other isotopes of hydrogen, tritium is a radioactive isotope. The period of this unstable nucleus is 12.3 years.
Because of its relatively short period, tritium is generally considered a highly radioactive element. But the consequences of its radioactive character are happily alleviated by the characteristics of its disintegration. The average energy of the electron is exceptionally low: 5.7 keV to be compared with several hundreds of keV in general for the beta decays. In addition, tritium does not emit gamma rays.
In biology, tritium is used to mark hydrogen and study its metabolism. Tritium thus evaluated the life cycle of hydrogen in the human body between 6 and 9 days.

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