Borotron UH030 UHMW-PE shapes are enhanced with 3.0% elemental boron for use in extreme shielding in nuclear and medical applications. The high hydrogen content of the polyethylene allows the material to absorb thermal neutrons, which are then absorbed by the added boron compound. For these reasons, Borotron UH030 UHMW-PE components are often favored as solutions in applications involving nuclear waste disposal and detection, nuclear material storage and transportation, radiation therapy and hot cell technology.

Borotron UH015 UHMW-PE shapes are enhanced with 1.5% elemental boron, making this grade a superior solution for extreme shielding in nuclear and medical applications. The high hydrogen content of UHMW-PE allows the material to absorb thermal neutrons, which are then absorbed by the added boron compound. For these reasons, Borotron UH015 UHMW-PE components are prevalent in the nuclear and medical technology industries.

Borotron HM030 HMW-PE shapes are enhanced with 3% elemental boron, which makes this grade suitable for shielding in nuclear and medical applications. The high hydrogen content of HMW-PE allows the material to absorb thermal neutrons, which are then absorbed by the added boron compound. For these reasons, Borotron HM030 HMW-PE components are often favored for use in nuclear waste disposal and detection system, nuclear material storage and transportation, radiation therapy environments and hot cell technology applications.

Borotron™ UH050 UHMW-PE shapes are enhanced with 5.0% elemental boron for superior performance in extreme shielding in nuclear and medical applications. The high hydrogen content of the polyethylene allows the material to absorb thermal neutrons, which are then absorbed by the added boron compound. For these reasons, Borotron™ UH050 UHMW-PE components are often favored as solutions in applications involving nuclear waste disposal and detection, nuclear material storage and transportation, radiation therapy and hot cell technology.

Borotron HM050 HMW-PE shapes are enhanced with 5% elemental boron, making this thermoplastic grade a superior solution for nuclear and medical applications requiring extreme shielding. The high hydrogen content of HMW-PE allows this grade to absorb thermal neutrons, which are then absorbed by the added boron compound. Borotron HM050 HMW-PE components are often favored for use in nuclear waste disposal and detection systems, nuclear material storage and transportation, radiation therapy environments and hot cell technology applications within the nuclear and medical technology markets.