Supply of cyclotron products

Cyclotron products are supplied in the package sets of UKT1A-1C and UKT1A-2C types, manufactured and labeled in accordance with the recommendations and requirements of Regulations NP-053-16, IAEA Regulations (2018 Edition) - Specific Safety Requirements No. SSR-6 (Rev. 1), IATA (IATA), ICAO (ICAO), UN (UN) for the safe transport of radioactive material, having certificates-design permits issued by the State Atomic Energy Corporation Rosatom.

The main characteristics of UKT1A-1C and UKT1A-2C are presented in the appendix.

Transport packaging set UKT IA-1TS.

It is intended for the transportation of radionuclides in liquid form and sealed radiation sources, which are placed in glass vials, closed with rubber or polyethylene stoppers and crimped with aluminum caps.

Photo 1.

Vials with products are placed in standard lead shielding containers of types KT-1-5, KT-1-10, KT-1-15 and KT-1-20, which are packed in an airtight metal can. The metal can is a sealing system. Polystyrene liners fix the lead container in the can. The can is placed in a protective container, which is a box made of five-layer corrugated cardboard and is held in the center by shock absorbers made of cardboard. The outside of the box is covered with a moisture-proof film.

For the transportation of radionuclide sources of the PGL.1 type, a non-standard lead shielding container is used, which differs from the above only in size.

Transport packaging kit UKT1A-2C.

The set (hereinafter referred to as the UKT) is manufactured in two versions:

UKT1A-30-2C for transportation of gallium-68 generator and

UKT1A-0-2C for transportation of a sealed source type PGL.2.

The UKT1A-30-2 C set consists (see photo 2) of a security container, which is a box made of five-layer corrugated cardboard, a Ga-68 generator placed in a lead shielding container of the KT1-30 type, and polystyrene foam shock absorbers.

  

Photo 2.

 The UKT1A-0-2C set consists (see photo 3) of a security container, which is a box made of five-layer corrugated cardboard, a PGL.2 type source, and shock absorbers made of expanded polystyrene.

 

Photo 3.

The main characteristics of UKT