The material has high transparency and contains high volume of hydrogen. It can be used as the window of hot cell, attachments of vehicles, etc.
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The material is flexible and can be applied to various shape of equipment. Appropriate Gamma shielding ratio can be achieved in combination with several inorganic material. It can be used for radioactive waste storage drum.
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The material is rigid and has been used for safety house for the workers in Fukushima in Japan. Appropriate Gamma shielding ratio can be achieved in combination with several inorganic material.
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About Sanko Irika Co., Ltd.
Sanko Irika Co., Ltd. was established in 1966 with an aim to manufacturing and marketing physical and chemical scientific equipment. Taking advantage of the knowledge and experiences accumulated in chemical industries, we have developed radiation shielding material for decades.
RadBuster®
RadBuster® is radiation shielding material which can be easily molded into various shapes cured at room temperature. As of now, there are 3 series.
Transparent Neutron shielding material
Mode: Nst series
Although there are some elements for neutron capture such as H (Hydrogen), B (Boron), Cd (Cadmium), Gd (Gadolinium), Sm (Samarium), Eu (Europium), Cd is extremely toxic and Gd, Sm, Eu belong to rare-earth metals and hence it is difficult to put them into practical use. In the light of this, we have developed this material containing high volume of hydrogen as much as possible. The material can be used as the window of hot cell, attachments of vehicles, etc.
Flexible Gamma shielding material
Model: GSF series
RadBuster® is Gamma shielding material. The material is flexible and can be applied to various shape of equipment. Appropriate Gamma shielding ratio can be achieved in combination with several inorganic material. The material can be used for radioactive waste storage drum.
Rigid Gamma shielding material
Model: GSR series
RadBuster® is Gamma shielding material. The material is rigid and has been used for safety house for the workers in Fukushima in Japan. Appropriate Gamma shielding ratio can be achieved in combination with several inorganic material.
Technical data
Feature
RadBuster® can be cast to almost all type of molding box with ease, and can cure at room temperature.
Application
Radioactive waste storage drum lined with GSF7
Purpose: Radioactive waste storage
RadBuster® Model: GSF7
(Specific gravity is more than 7.2)
Radioactive waste storage pail lined with GSF7
Purpose: Radioactive waste storage
RadBuster® Model: GSF7
(Specific gravity is more than 7.2)
Safety house
Purpose: Temporary evacuation shelter or rest house for workers for nuclear decontamination, protecting them from the invasion of radiation by radiation shielding tiles made by GSR3
RadBuster® Model: GSR3
(Specific gravity is more than 3.2)
Customer: General construction company
Size of tile: 450mm x 450mm x t12mm
Weight: approx. 7kg
The number of tiles: 100pcs
Radiation shielding container for measuring radiation dose before and after decontamination of water made of GSF
Purpose: Radiation Dose Measurement before and after decontamination of water without the effect of aerial radiation.
RadBuster® Model: GSR3
(Specific gravity is more than 3.2)
Customer: General construction company
Size: 170mm x H310mm x t20mm
Weight: approx. 15kg
Quantity: 1pc
Aerial radiation shielding container made of GSF
Purpose: Radiation dose measurement before and after decontamination of soil without the effect of aerial radiation
RadBuster® Model: GSF3
(Specific gravity is more than 3.2)
Customer: Kansai Kankyo Group
Size: Bottom: 300mm
Height: 300mm-1300mm
Thickness: 12mm
Weight: approx. 6kg at 300mm high measurement
Weight: approx. 16kg at 1300mm high measurement
Quantity: 1pc
Collimator for irradiation test
Purpose: Collimator for irradiation test
RadBuster® Model: GSF7
(Specific gravity is more than 7.2)
Purpose: Neutron Shielding
RadBuster® Model: NST
Contact us
Company name: SANKO IRIKA CO., LTD.
Address: 2-6-10, Kanamecho, Toshima-ku, Tokyo, 171-0043, Japan
Tel: +81-3-3959-3827
Fax: +81-3-3972-5790
EMail Adress: sik-yama@tc5.so-net.ne.jp