What materials can barium sulfate be made of

In the production practice of plastic filler masterbatch, dewatering masterbatch and color masterbatch for many years, after careful research and extensive experiments, after practical application and research, the characteristics of high content and high whiteness stability of our products are all plays a critical role in application. Before the appearance of nano-stacked barium sulfate, most customers were using calcium carbonate, talc powder, mica powder, wollastonite powder, etc., and began to turn to high-end products. Really solve the problem of dispersion of calcium carbonate, calcium oxide, talcum powder, titanium dioxide, Yuanming powder, barium sulfate and various color powders, pigments and other inorganic powders in the filling masterbatch, dewatering masterbatch and color masterbatch system. , The ingredients of the ingredient system are greatly reduced, the formula is greatly simplified, the type and total amount of additives are reduced, the use of coupling agents and other additives can be greatly reduced or eliminated, the formula setting and compounding materials are simpler, and the performance of the product is improved. At the same time, it can effectively reduce production costs, easy to use, low price and high cost performance. How to use barium sulfate to prepare radiation shielding materials? We all know that barium sulfate is widely used.

Among them, it is important to prepare radiation shielding materials, which is the characteristic that barium sulfate can effectively shield radiation. Let me introduce how barium sulfate prepares radiation shielding materials. The problem of nuclear radiation has always been the key to further opening it up. Nuclear technology has been sensitively opened since its birth, and now it has been widely used in many fields such as nuclear power, military, education, scientific research and medical treatment, but the problem is always unavoidable. General shielding materials, such as cement-based shielding materials, have the characteristics of low price, wide source of materials, and easy construction, and are now widely used radiation protection materials. However, the general cement shielding effect is not good, and the high cost has always been its drawback. Barium sulfate radiation-proof mortar can effectively shield ray radiation. The material is composed of cement-based cementitious materials, heavy aggregates and additives, etc., and is a nuclear protection material with a little auxiliary construction after mixing with water.