Wear-resistant ceramic elbow will not produce corrosion, pitting, rust or abrasion, because ceramic has good corrosion resistance, so it can make structural components to maintain the integrity of the engineering design. Because the wear-resistant ceramic elbow to take a double reinforcement measures, and some even take a variety of reinforcement measures, effectively improve the material function, and ceramic materials, low coefficient of expansion, so that its volume is not chaotic, it is impossible to produce cracks, and therefore good integrity, in addition to the construction of the whole construction, no seam flooding, and therefore further progress of the integrity.
Wear-resistant ceramic elbow containing chrome alloy wear-resistant elbow also combines mechanical strength and high elongation in one, easy to parts processing and manufacturing, can satisfy the needs of architects and structural designers. The corrosion resistance of wear-resistant ceramic elbow depends on the alloying elements contained in steel. Chromium is the basic element that makes the stainless steel stamping elbow to obtain corrosion resistance, when the chromium content of steel reaches 1.2% or so, chromium and oxygen in the corrosive medium, the role of the steel surface to form a very thin layer of oxidized film (self-passivation film), which prevents further corrosion of the steel matrix.
Because wear is a very complex microscopic dynamic process, so the classification of wear is also a lot of methods, the common wear classification method is to classify according to the wear mechanism. Usually accepted as the four basic wear mechanism is: abrasive wear, adhesive wear, fatigue wear and erosion wear. And micro-motion wear because of its own specificity, often also as a type of wear to be studied.
In actual working conditions, wear-resistant ceramic elbow is often not only a mechanism at work, may be several mechanisms exist at the same time. Just under certain premises, a certain mechanism plays a major role. When the premise changes, may change from one mechanism to another mechanism.
