This invention discloses an
ionizing radiation protective
adhesive and its preparation method. The
ionizing radiation protective
adhesive comprises the following components by
mass percentage: 0.5%~1.5%
guar gum
powder, 0.25%~1%
borax, 5%~10%
humectant, 0.1%~0.5%
preservative, 1%~20%
bismuth oxide, 1%~20%
lanthanum oxide, 0%~0.1% fragrance, and the balance being deionized water. This invention's
ionizing radiation protective
adhesive achieves seamless
skin coverage, can be shaped arbitrarily, and greatly increases comfort. It is highly suitable for
radiation shielding of local organs or tissues during radiological diagnosis and treatment, especially for local shielding in X-
ray diagnosis of infants and young children, demonstrating strong practicality.