Welcome to our website, where we proudly introduce our factory's main product - alumina ceramic tubes. Designed specifically to meet the demanding needs of customers nationwide, our 99.3% alumina ceramic pipes combine unparalleled high temperature resistance, mechanical strength, and excellent chemical properties. This article aims to delve into the countless characteristics and applications of our alumina ceramic tubes, and gain a comprehensive understanding of their unparalleled advantages in various industries.

Alumina ceramics tube have strong weather resistance, that is, they have strong adaptability to external climates, are resistant to sunlight, acid rain corrosion, and have stable performance. No paint or protective layer is required on their surface and cutting edges.

Alumina ceramic itself, in fact, this material is not entirely made of alumina, only the components of alumina are added during the construction. The addition of alumina greatly increases its thermal conductivity. This is a creative attempt. Also greatly increases the possibilities of ceramic materials.

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The microstructural characteristics of alumina ceramics, such as grain size, microcracks, porosity and pore distribution, etc., will have an important impact on its thermal shock resistance.

Alumina ceramics is a ceramic material with alumina (Al2O3) as the main body, used for thick film integrated circuits. Alumina ceramics have good conductivity, mechanical strength and high temperature resistance. It should be noted that ultrasonic cleaning is required. Alumina ceramics is a kind of ceramics with a wide range of uses. Because of its superior performance, it has become more and more widely used in modern society to meet the needs of daily use and special performance.

Alumina ceramics is an industrial ceramic with high hardness, which can only be processed by diamond grinding. It is made of bauxite and can be processed by injection molding, pressing, isostatic pressing, sliding castings and other methods.

High temperature resistance: Alumina ceramics can be used in the atmosphere up to 1650°C or 2900°F, and in the vacuum environment of 2000°C or 3600°F. At 1000 degrees Celsius, it maintains 50% of its tensile strength at room temperature. Although the strength of metals is weakened in high temperature environments, alumina ceramics retain their strength when they return to normal temperatures and remain unchanged. Alumina ceramics have high electrical resistivity and can reduce thermal shock, and increased purity will increase their electrical resistivity. Alumina ceramics become a perfect insulating material due to its dielectric level, etc., and current cannot pass through them.

Because alumina ceramics have relatively unique properties and have been valued in the market, the main thing is that they have also attracted the development and research of researchers, so that it can be used in air pollution control, the possibility of molten metal filtration, etc. However, many existing problems still need to be resolved in a timely and effective manner.

First of all, we want to introduce the crystal types of alumina. Alumina has three types of crystals, ionic crystals and atomic crystals, and one is somewhere in between. So, what does it have to do with alumina ceramics? Because there are atomic crystals in the crystals of alumina ceramics, the atomic crystals have the effect of not being afraid of alkalis and acids. Other alumina crystals, such as ionic crystals, will be converted into acid and alkali.