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Showing posts from August, 2021

The Global Painting Masking Tapes Market Is Experiencing High Demand Owing To the Rapid Expansion of the Painting and Coating Industry in the World

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  Painting masking tapes, sometimes called painter's tape, is an inexpensive, handy type of tension-sensitive tape made out of a very simple and plain white paper, with an easily peeled-off adhesive. Painting masking tapes come in various widths, which correspond to the size of the material being taped. More specifically, it is most often used to mask off edges, corners, and surfaces that should not otherwise be painted. It can even be used on a smooth and flat surface to temporarily hide unsightly blemishes. Painting Masking Tapes are designed with two strips of tape with different levels of overlap, to produce a smooth, seamless layer of protection over a wide range of surfaces. Unlike regular tapes, they have no structural support, so must rely on the inherent strength of the paper. Because of this, masking tapes offer a relatively low level of resistance to tearing, static electricity, and compression. Also, since there is no backing, there is no danger of damagi

Linear Accelerators for Radiation Market is accelerating through the growth path in the light of the growing cancer patient pool

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  In June 2021, Elekta confirmed that its Elekta Harmony Radiation Therapy had received a 510 (k) clearance from the U.S. Food and Drugs Administration (FDA) in treatment of the arising cancer burden. A linear accelerator is usually used in external beam radiotherapy for patients with solid cancers. When used as a stand-alone machine, it emits high-energy x-rays that destroy cancer cells while leaving healthy tissue unharmed. Using this therapy enables the patient to recover from cancer more quickly. It also allows the physician to keep looking for other symptoms associated with the tumor while the radiation treatment kills the cancerous cells. The three types of linear accelerators are continuous flow, pulse flow and forced-air accelerators. Continuous flow and pulsed-water models work by injecting a stream of water, argon, or xenon into the radiotherapy area. Pulsed-water models use a chemical mechanism to produce induced activity within the targeted area. The chemical