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SterilTR
Industrial Technologies
SterilTR Industrial Technologies

E-Beam Applications


Sterilization of medical products with electron beam radiation

Sterilization of medical products with electron beam radiation

Across the world, more than 50% of the disposable healthcare products are treated by irradiation for sterilization purposes, a percentage which is constantly increasing due to reliability and effectiveness of irradiation method.

Polymer Crosslinking for tubes foams cables and wires

Polymer Crosslinking for tubes foams cables and wires

Radiation modification of polymer materials means useful directional change of their properties as a result of irradiation.

Heat-shrinkable products manufacturing

Heat-shrinkable products manufacturing

It’s very widely used in various fields. Heat-shrinkable tubing is used successfully in electronic, electrical, automotive, telecommunication, petrochemical, military branches etc.

Food pasteurisation sanitization and preservation

Food pasteurisation sanitization and preservation

Food irradiation is a physical method of processing and preserving food similar to methods such as refrigeration or freezing, canning and heat treatment.

Tyres components curing

Tyres components curing

technology of electron beam treatment of tire components is constantly evolving and nowadays electron beam accelerators are installed and successfully operating in many tire manufacturing plants

Gemstones color enhancement

Gemstones color enhancement

The gemstone irradiation is a process where a gemstone is artificially irradiated in order to enhance its optical properties.

Semiconductor performance enhancement

Semiconductor performance enhancement

Electron beam processing in semiconductor industry is using to improve the switching speeds for devices such as: fast recovery diodes, Insulated gate bipolar transistors (IGBT), Bipolar junction transistors (BJT), Power rectifies, Silicon control rectifies (SCR), high speed thyristors

Inks, Coatings and Adhesives

Inks, Coatings and Adhesives

The early use of electron beam curing for coatings was stimulated by the work of Bill Burlant at the Ford Motor Company. In the early 1970s, Burlant showed that EB cured coatings on plastic components could be produced at 750 times the speed of conventional paint or coating application and drying techniques

Ink and coatings curing

Ink and coatings curing

Electron beam curing involves electron initiated free-radical polymerization. EB printing inks, coating or adhesives are highly reactive chemical systems consisting of pre-polymers and monomers. These systems do not contain solvents! They are applied with conventional coating methods onto the substrates.

Grain disinfection and disinsection

Grain disinfection and disinsection

Electron beam irradiation breaks the DNA strands of the fungus, mold and insects. Radiation treatment of grains by definite doses is safe for human health.

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