Refractory Fiber Paper

Castable refractory cement is a special material for heat-resistant buildings. It is a kind of monolithic refractory. It mixes powders and binders. When you add water, it makes strong linings. These linings protect against high heat and chemicals. Steel, cement, and power plants use these refractori

5 Common Causes of Refractory Failure1. Deterioration Due to Length of ServiceAs refractory linings age, their physical properties change. The high-temperature environment causes microstructural changes to the binders within the materials, leading to a loss of surface or internal strength. If the re

What is Refractory Cement Made of?Refractory cement is a specialized type of cement designed to withstand extremely high temperatures, making it an essential component in various industrial applications. Unlike ordinary Portland cement, which begins to degrade at temperatures above 250°C, refractory

Refractory ceramic fiber is important for high-temperature insulation. Many industries use ceramic fiber for insulation in refractories. It can handle very high heat and helps save energy. The worldwide market for refractory ceramic fiber products is growing fast.SourceYearMarket Size (USD Billion)F

Advanced ceramic is a high-tech material that appeared in recent years and quickly took up a significant place in the modern material technology world. Generally speaking, advanced ceramic fiber is a kind of improved ceramics with better resistance to temperature, magnetic force and electricity. Advanced ceramic fiber, being largely different from traditional ceramics which consist mainly of silicon and aluminum, can be made up of various materials. In the following passage, the producing process as well as the manufacturing material of advanced ceramics will be introduced.

Alumina has high melting point and boiling point, high hardness, insulator at room temperature and conductivity at high temperature. Alumina has been used as refractory for melting glass and steel since the 1920s. Zirconia ceramics are widely used in structural ceramics because of their high toughness, flexural strength, wear resistance, excellent thermal insulation and even their thermal expansion coefficient close to metal. In this paper, the important properties and mechanism of zirconia ceramics and its application in various fields are introduced.