Basically, hollow glass spheres are glass beads consisting of very small particles with similar spherical spheres. We can use the term “microspheres” to define this sphere. Ceno Technologies has developed these areas that are used for various purposes. Hollow glass spheres consist of the smallest particles 11-18 microns in size. They are very small, but when they are patted together, they create a glass sphere the size of a balloon called the "Polar Glass Microsphere." The size of this sphere is from 10 to 300 microns. We will discuss the use and various types of such areas.
Typically, these hollow glass spheres are used as filler for various materials. The main properties that these areas impart to the material that they fill are low thermal conductivity, resistance to compressive stress and, most importantly, light weight. They are used as fillers for various types of syntactic foam, as well as for lightweight concrete. Given the above-mentioned properties of the spheres, they are used in deep-sea drilling for oil, as well as in hulls for underwater vehicles. These areas are also used as a composite filler in polymeric resins, as a rule, for the manufacture of large boat hulls. These spheres give resin properties such as sandiness, weight and providing a sealing surface.
Different types of hollow glass spheres:
We discussed the simplest types of microspheres. Now we would like to talk about different types. There are also nanoparticles and flakes. Flexes consist of aluminum or mica. They are covered with a thin surface of gold, silver, iridium or palladium. Thanks to this coating, spheres are combined with such qualities as a high reflective surface, extremely light weight and economically affordable. There are many uses for these areas. These spheres are added to paintings, resins, sealant compounds, as well as to various synthetic fillers. Adding these spheres provides electrical resistance from electromagnetic interference. Ceno technologies have achieved slow phase separation in pictures using these hollow glass spheres, since they have a large surface area and low particle density. Compared with heavy metals and organic fillers, these areas are more preferred.
Silver coated microspheres:
Ceno technologies have developed areas that are covered with precious metals. The coating of such metals, like silver, is produced in a very accurately measured manner in order to give the sphere the quality it needs. The sphere then reaches the conductivity of the coated precious metal, but is not worth the same. In addition to this, the spheres also provide light weight and resistance to electromagnetic interference. These things, when they are coated with metal, receive the quality of absorption of electromagnetic current, and do not reflect it.
