I believe that most people will use ceramic products, such as household bowls and dishes, daily toilets and bathtubs, porcelain with ornamental and collectible value, industrial ceramic tiles, etc. Do you know that ceramic particles actually belong to the category of ceramics? In fact, ceramic particles do belong to ceramics, but they should be more specifically classified as architectural ceramics.
This product is a modified epoxy resin polymer with excellent aging resistance. It is bonded with wear-resistant ceramics to form a strong and buffering wear-resistant layer, which has excellent water resistance and corrosion resistance after curing. Ceramic particles are a new type of pavement material with characteristics such as anti-skid, wear-resistant, environmentally friendly, corrosion-resistant, and low water absorption. Widely used in various countries as road signs for highways, airports, airport runways, train stations, subways, bus stations, parking lots, squares, parks, schools, hotels, and office buildings.
Ceramic particles and ordinary ceramics are made of clay and are harmless to the environment and human body. Just because of their different firing environments and techniques, their own properties are also different. Common ceramics are generally brittle and prone to breakage. However, due to the firing process of ceramic particles requiring calcination, their hardness is very strong, and generally the hardness can even reach level 6 to 7. This strong hardness makes it widely used for laying anti-skid road surfaces. This type of road surface is highly slip resistant and wear-resistant, so you don't have to worry about the road surface fading. Traveling in large vehicles is a good choice.
This product is widely used for pasting wear-resistant ceramic sheets, especially in industries such as thermal power generation, steel, smelting, machinery, coal, mining, etc. It is suitable for pasting wear-resistant ceramic sheets on equipment that has suffered severe powder erosion or mud erosion wear. Ceramic particles are particularly suitable for bonding wear-resistant ceramic sheets under high temperature conditions. Wear resistant ceramic parts are pasted at the outlet pipe of the coal mill, the inner shell of the powder discharge machine, the dust removal system of the steel plant, and the elbow of the air duct. Ceramic wear-resistant lining is attached to the inclined tube and induced draft fan at the outlet of the ball mill, and can also be used to attach wear-resistant ceramic sheets to hoppers, silos, and harvesters in steel and smelting plants. In the conveying and batching systems of metallurgy and steel industries, wear-resistant ceramic sheets adhere to equipment such as coal conveying and ash discharge systems, as well as silos and hoppers. It is also suitable for bonding and repairing mechanical parts under high temperature conditions.
Both ceramic particles and ordinary ceramics should always pay attention to the firing temperature, as the difference in temperature will directly affect the quality of the product. For example, if the temperature of ceramic particles is too low, it will produce raw materials, but the color will appear slightly bright, but the hardness is not up to standard and it is easy to wear. If the temperature is too high, it won't work. This type of material will appear too old. If the situation is severe, it can cause color imbalance and increase fuel costs.
This also indicates that when choosing ceramic particles, we should try not to use "raw" tires in large quantities, even if the cost is slightly lower, and not use them in large quantities on the road to avoid trouble as much as possible. The difference between ceramic particles and ordinary ceramics lies in their hardness, and the reason for this is not only the firing process, but also the temperature during the firing of ceramics.
Editor: Lynn
