Founded in 1945 by Gilbert Tomes and Alec Tidmarsh, Centronic, or Centurion Tubes as it was then known, started life in the back bedroom of Gilbert Tomes' house in Kent, England.
Read more...Centronic’s expertise covers all aspects of production, complete in-house design & manufacturing, machining and environmental testing to final test/inspection, thereby maintaining complete control of all operation sequences.
Read more...Centronic has decades of experience of supplying the biggest names in our chosen industries.
Read more...Centronic Limited has been supplying to the Nuclear Industry since the 1950s. As the first company worldwide to supply radiation detectors to nuclear reactors for commercial electricity generation, Centronic is still a trusted supplier to some of the...
Read more...As a provider of Silicon photodiodes for cockpit display lighting control and communication systems, Centronic has significant experience of supplying the Aerospace industry, and meeting its exacting quality requirements. We also supply electromagnet...
Read more...Centronic Limited has supplied silicon photodiode products to some of the biggest defence companies in the world. Our products have been used in Laser Ranger and Marked Target Seeker projects, weapon simulator systems, and cockpit and display lightin...
Read more...Centronic has close relationships with many research facilities worldwide, and provides detectors for measurement and environmental control for research establishments studying materials utilising particle physics, synchrotron, fusion and fission tec...
Read more...Centronic supplies detectors worldwide for Instrumentation covering diverse applications including spectrometry, non-destructive testing, particle analysis and characterisation, metrology, high temperature measurements, colour and pattern recognition...
Read more...Centronic has worked on projects for many key customers in the space industry, providing silicon photodiodes for sun acquisition sensors for launch vehicles for various space exploration projects. We have also supplied detectors for imaging systems f...
Read more...Centronic is a key supplier of Geiger Muller tubes for intrinsically safe personnel and area dosimeters, nuclear density gauges for oil separation, well logging and fluid level measurement instrumentation.
Read more...Centronic detectors are used widely in medical applications, for applications such as x-ray monitoring (CT systems), blood glucose and haemoglobin monitoring, radiological imaging, H&S and environmental and waste management.
Read more...Centronic will be attending and exhibiting in the International Nuclear Manufacturing Summit 2022 at the Magna Science Adventure Centre in Rotherham on November the 16th and 17th.
Read more...Thank you for your interest in a career at Centronic. Please visit the Centronic Careers page on Indeed to view and apply for our current roles: https://uk.indeed.com/cmp/Centronic/jobs. Thank you!
Read more...Based in Croydon, London UK, Centronic is a well-established engineering and manufacturing business. Serving a range of exciting and demanding industries, and working closely with some of the largest companies in the world, we are always keen to hear...
Read more...Centronic Limited – Head Office,Centronic House,King Henry's Drive,Croydon,Surrey CR9 0BG
Read more...No matter where ever you are located in the world Centronic Ltd are always happy to help, however If you prefer to contact someone closer to home, we have many distributors throughout the world.
Read more...Centronic boron ion chambers can be tailored to measure neutron fluxes over the range required for the application.
Uncompensated boron ion chambers are generally used in regions of high neutron flux where the gamma field, which will also contribute to the output measurement, is not significant in relation to the neutron flux. The most common application of uncompensated boron ion chambers is therefore in reactor control detectors for operation at full reactor power.
Gamma compensated boron ion chambers are also available for use in reactor control instrumentation. These are more suited to high mixed fields (neutron and gamma) found near a reactor, being capable of compensating for gamma fluxes in these environments. Compensation for the gamma flux allows this type of device to operate at lower neutron flux levels.