Pipeline nuclear radiation shielding bandage

Abstract

The invention relates to a pipeline nuclear radiation shielding bandage which comprises a radiation protection inner core layer and wrapping layers, wherein the radiation protection inner core layer is packaged between two wrapping layers; the radiation protection inner core layer is woven from radiation protection composite fibers in a warp and weft or three-dimensional manner; the radiation protection composite fibers are formed by performing automatic wrapping and weaving on metal inner core fibers and wrapped fibers; the metal inner core fibers at least comprise one lead alloy fiber, tungsten alloy fiber or tantalum alloy fiber; the wrapped fibers are carbon fibers, high-density polyethylene fibers, polytetrafluoroethylene fibers, polyphenylene sulfide fibers, polyarmide fibers or polyester fibers; the wrapping layers are made of thermal plastic resin and net-shaped reinforced fiber cloth inside the thermal plastic resin in a thermal grinding composite manner. The pipeline nuclear radiation shielding bandage is excellent in nuclear radiation protection property, has multiple functions of flame retardancy, oil prevention, puncture prevention, simplicity in contamination removal, and the like, is applicable to irregular components such as pipelines and valves, and can be widely applied to fields such as nuclear stations, hospitals and military nuclear facilities.

Description

[0001] technical field [0002] The invention relates to the technical field of nuclear radiation protection, in particular to a pipeline nuclear radiation shielding bandage. [0003] Background technique [0004] Nuclear science and technology have been widely used in many fields such as national defense, energy, industry, and medical treatment, bringing huge economic and social benefits, and increasing people's chances of being exposed to and threatened by various radiations. Nuclear and radiation safety issues has become increasingly prominent and has received much attention. Radiation protection materials and equipment are the key to ensuring the safety of workers in radiation sites and the public, and are also an effective means to resolve the crisis of nuclear accidents. They are an important guarantee for military and civilian radiation safety protection and are in urgent need. [0005] Because lead has good nuclear radiation protection effect and low cost, it has b...

AI Technical Summary

Problems solved by technology

Lead screens, lead plates, lead glass, etc. can also be applied to mobile protective bodies or places that need to provide temporary protection, but the risk of radiation leakage is high, the construction is difficult, the utilization rate is low, and the adaptability is poor, and it is not suitable for special-shaped components such as pipeline valves. radiation protection

Flexible protective screens and protective clothing based on lead powder rubber have the advantages of strong removable and detachable properties and good airtightness, but low protection efficiency (small linear attenuation coefficient) and poor stability (matrix is ​​easy to age, lead powder Easy to fall off), low reuse rate (after multiple folds, the creases are damaged), high cost of use (to ensure the effectiveness of protection, it needs to be replaced frequently)

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