Self-propagating ceramic wear-resistant pipe is a high-tech material with excellent performance. It has many features such as high compression strength, high bending strength, high hardness, good wear resistance and so on. Self-propagating ceramic wear-resistant pipe's process of self-propagating ceramic wear-resistant pipe needs to go through several procedures, which are described in detail below.
First of all, through the fine dosing process, collect a variety of different proportions of powder materials, unified mixing and stirring. Then, the mixed powder and slow heat rate of organic materials are mixed to make a paste, ball milling and mixing, so that it becomes a fine and uniform mixture to form a glaze-like material, this step is critical, and requires the mastery of a very good technical content.
Then, the glaze is put into the mold for molding, at this time, we should pay attention to the control of the molding temperature, strengthen the observation and experimental data collection, so that the molded ceramic tube has a more perfect, uniform, highly coordinated shape, but also need to pay attention to the parameter settings and details of processing and other aspects.
After molding, enter the stage of sintering, at this time to strictly control the sintering temperature and time, to achieve the best sintering effect. After the completion of this step, grinding, cleaning and other professional processing, so that the surface of the self-propagating ceramic wear-resistant tube is more smooth and perfect.
Self-propagating ceramic wear-resistant pipe has a wide range of uses, mainly used in metallurgy, chemical industry, petroleum, electric power, mining and other industries, for conveying high temperature, high pressure, strong corrosive media piping system. The self-propagating ceramic wear-resistant pipe's service life is longer than ordinary metal pipes, and it will not cause the thinning of the pipe wall and rupture due to the erosion of the medium, so as to ensure the quality and safety of the conveying medium.
