輕質(zhì)保溫磚有什么優(yōu)點(diǎn)

Refractory bricks are refractory ceramic blocks used to connect fireplaces, fire boxes and stoves. They are different from ordinary masonry bricks because they can withstand temperatures up to 1800 degrees Fahrenheit. The chemical composition of dense refractory bricks is different from ordinary bricks. Refractory bricks in color, shape and thermal conductivity

In the current insulation brick market, in order to meet the needs of different environments, there are now many varieties of insulation bricks, and each type of brick has its own characteristics. The following Xinwei refractory materials introduce the common varieties of insulation bricks. Silica lightweight insulation

Refractory castables are more common in our daily life. Refractory castables are required in many places, which have good characteristics of high temperature resistance and fire resistance. So do you know how refractory castables are produced? What do you know about refractory castables

Neutral refractories are mainly composed of alumina, chrome oxide or carbon. More than 95% alumina containing corundum is a good refractory material with a wide range of uses. Silicon carbide furnace tube Chrome brick with chromium oxide as the main component has good corrosion resistance to steel slag, but is resistant to thermal shock.

In the construction of glass melting furnace, there are two kinds of zirconium ramming materials commonly used, namely zircon ramming and electrofusion AZS enamelling, although both zirconium ramming materials have good anti-glass. Liquid erosion performance, only very low pollution to glass, but still need to use

Refractory materials are important basic materials in the fields of iron and steel, non-ferrous metals, building materials, etc. They are essential supporting materials for high-temperature industries. The technological development of high-temperature industries has promoted the transformation of refractory materials. How can we get out of the downturn now? 1. Technology

On September 24, 2019, the 8th member representative conference of the China Refractory Industry Association and the first meeting of the 8th Council were successfully held in Zhengzhou City, Henan Province. Nearly 200 delegates from all over the country attended the meeting.

In recent years, major changes have taken place in the world refractory industry. On the one hand, due to technological advances in the user industry, changes in processes and equipment (such as increased steelmaking in electric furnaces) and improvements in refractory materials themselves, refractory consumption has decreased year by year; in the past 20 years, the average annual consumption per ton of steel refractories has decreased. 5 kg.

Silica bricks are used more in glass melting furnaces, and the main component is silica (SiO2). The silica brick used in the glass melting furnace requires a SiO2 content of 94% or more, a maximum use temperature of about 1600 to 1650 ° C, and a density of 1.8 to 1.95 g/cm 3 . The apparent porosity requirement is less than 22%, the larger the porosity, the worse the quality of the silica brick.

Refractory materials are the main constituent materials of glass melting furnaces, which have a decisive influence on glass quality, energy consumption and product cost. The future of glass melting technology depends to some extent on the advancement of refractory manufacturing technology and the improvement of product quality.

Recently, President Xu Dianli Xu of China Refractory Materials Association made a report on “China's Refractory Industry in Structural Optimization” at the 8th Magnesia Refractory Expo. The report mainly introduces the general situation of China's refractory industry and the current situation, and proposes China's refractory materials are reflected in industrial upgrading and structural optimization, and the problems in the current economic operation of the refractory industry have been interpreted.