Precautions for using high-temperature ceramics?

High-temperature ceramics are also very common in our daily lives. Because of its outstanding advantages, it is widely used. Today, I will take this opportunity to introduce the precautions for using high-temperature ceramics. If you want to know, let's take a look.

Before using high-temperature ceramics, there is a lot of basic information we need to know, after all, there are many knowledge points involved. For example, high-temperature ceramics are widely used in power plants and steel mills. The temperature of the smelting furnace in steel mills is between 800 and 1200 degrees, so the material is required to be high-temperature resistant, and the wear resistance requirements are also very strict. In fact, as you can see, many manufacturers still use refractory castables to solve this wear problem, but the effect is not very ideal, because refractory castables have a good effect on high-temperature resistance, but the wear resistance decreases after high temperature. The company's high-temperature ceramic coating just fills this gap. Of course, its high-temperature adhesive can form a sintering reaction with the material during the sintering process. The compressive strength of the ceramic coating after sintering reaction can reach 161, and the flexural strength can reach 17.8, which can play its role continuously and stably. It is important to know that this product has very high requirements for mixing and construction. The mixing time is about 15 minutes. The mixing time is closely related to its raw material configuration and glue.

Take the high-temperature ceramic out of the mixer, transport it to the construction site, and pour it on a clean platform. Take about 2 kg of material each time and start applying it to the welded tortoise shell net or V-shaped hook nails. It needs to be flattened and compacted to ensure that the material can be firmly bonded to the surface of the steel plate or tortoise shell net, and then tapped with a leather hammer or rubber hammer to increase its density and strength. At this time, it is recommended to check whether the surface is smooth, and there should be no unevenness or collapse. The curing time of the high-temperature ceramic coating is about 48 hours. During the curing period, avoid water immersion or violent vibration to prevent the wear-resistant ceramic coating from falling off or cracking before reaching the strength, affecting the service life. Gang should be a high-tech enterprise engaged in the research and development and production of wear-resistant ceramic coating technology, as well as various wear-resistant technology construction services. As a manufacturer, it mainly relies on continuous hard work, practical summary, and active research on high-temperature ceramic construction technology, dares to struggle, can meet the urgent needs of customers, and provides enterprises with solutions and construction services to solve equipment wear problems.

After the introduction of the above content, we also know the precautions for using high-temperature ceramics. Other information will be updated in the next issue. If you have time, you can consult at any time. Customer service personnel will help you answer any questions.