High-quality refractory is essential to running furnaces well. Selecting the right refractory for your forge is essential to its performance and lifespan. Datong has a complete line of high-quality refractory products to meet the needs of any industrial applications. Whether you are in the business of making steel or creating glass, we have refractory materials that can help businesses across the globe do so with ease and durability. In this paper, we'll be covering important considerations for choosing your furnace's refractory. But first: Why Datong?
When you’re choosing a refractory for your furnace, there are some things to keep in mind. The choice of furnace, temperature, atmosphere, purity, and many other requirements will determine the best refractory material for your application. Datong provides a variety of refractory products, with both fireclay based and silica-based, alumina-based as well zirconia-based, etc., which are used for different applications. Our staff can help you evaluate your unique needs and determine which refractory is appropriate for your furnace. When you take into account things like thermal conductivity, thermal shock resistance, and erosion resistance... you can guarantee that your furnace is operating smoothly and professionally with the appropriate refractory material! White Fused Alumina
What makes Datong refractory products unique is their high quality and excellent performance. Our coatings are designed to handle extremes of temperature, resistant to chemical exposure, and armored against mechanical assault. Whether it is refractory for a blast furnace, glass tank, or chemical reactor, Datong can help! Our products feature great insulation, better anticorrosion, and long service life. Selecting Datong refractory materials can help reduce furnace energy costs, lower maintenance costs, and extend equipment life. Look to Datong for the highest quality refractory options for your industry requirements.
Datong’s High Alumina Refractory Bricks, which are used in high-temperature thermal furnaces. These bricks are produced by mixing high purity aluminum oxide with other raw materials to make them impervious to heat and chemical attack. They have good thermal shock resistance, which means they won’t crack or break due to drastic temperature changes. This makes them perfect for use in the furnace, where a temperature of 3000°F could be encountered.
Another choice on Datongrefractory.com is the silica refractory bricks, which is also capable of withstanding high temperatures. These are silicon dioxide-based with around 2-6% addition of thermally resistant fibers, which makes them highly heat-resistant and good at thermal conductivity. They are widely applied in gas combustion furnace working in the temperature of 2300°F to 2600°F.
In order to increase the service life of furnaces, refractory installation and maintenance need to be carefully (with the quality level according to operational conditions) performed. For best results, preheat the bricks to dry them out and avoid cracking that can occur. Another thing to consider is regular maintenance of the furnace wears and damages if any.
Also, the firing program on the furnace should be kept under control to avoid flipping of temperatures which will harm the refractory. Cooling protocols should also be observed to prevent thermal shock. By utilizing these recommendations, the life of refractory in furnaces is lengthened significantly, saving you time and money by not having to replace it so often.
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