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Many of us or our family and friends have experienced the diagnostic procedure which includes exposure to radiation such as X-rays, gamma rays, etc. It is a successful approach in the healthcare industry to help treat and diagnose patients across the world.<br>
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Explore Eco-friendly And Engineered Industry Level Thermoplastics Many of us or our family and friends have experienced the diagnostic procedure which includes exposure to radiation such as X-rays, gamma rays, etc. It is a successful approach in the healthcare industry to help treat and diagnose patients across the world. Radiation exposure for diagnosis purposes has increased in number, however, there is a rising concern related to its biological effect on a patient's body. Also, sometimes the duration of radiation therapy is extended depending on the stage of disease and treatment dose.
Taking into consideration all the factors, it is essential to shield the radiation devices for lowering the adverse effect. With the advances in medical science and engineering, absorber materials are used by device manufacturing companies to lower the radiation exposure. Absorber Shielding Usage: The absorber materials are often termed as radiation shielding materials and lead has the most extensive application. But, lead shielding is often has its own health and environmental concerns which makes way for newer materials. Effective and engineered lead-free gamma ray shielding without any toxic compounds is the new solution.
With 100% equivalency in shielding solutions to lead, thermoplastics are non-hazardous and greatly helpful in x-ray and gamma ray shielding. It is a revolutionary and environment-friendly step in the healthcare industry since radiations are used as a treatment therapy for cancer patients worldwide. What is vibration damping? Engineered thermoplastics have other utilities too. One such application is its use as a vibration damping material. Vibration damping material is a substance that is used to reduce the internal or external damage caused to electronic systems since these are subjected to vibration. For instance, smart phones have vibration mode, fridge vibrate when the compressor starts, and so on. But they are instances of internal vibration. Accidental dropping or during shipping journey, the electronic items also experience damage due to the external vibration. So it is important to apply vibration damping material coating. Choosing an ideal vibration damping is as much important as is knowing about the characteristics of the damping materials. As such, there are three types of damping substances which include unconstrained, constrained, and tuned viscoelastic damping.
Apart from its application in consumer electronics, damping materials have a gained a special place in industrial places and construction sites. The machines and heavy duty tools used in construction sector like jack hammer not only produce a lot of noise, but also causes fatigue. Keeping an eye on worker health conditions and the environmental effects of such machines and tools, the manufacturing companies are adopting damping materials. As a result, the damping materials are gaining huge demand in several manufacturing industries to comply with environmental rules.
Benefits of damping materials: In general, damping materials are used to reduce vibration-related damage to various consumer items. There are many benefits of using a damping material during the manufacturing of machines, electronic products, and others. To name a few, vibration impact on user health or product, noise reduction, and temperature stability for longer use are some of the advantages.
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