Excellent wear-resistant hydrocyclone, using silicon carbide ceramic
Excellent wear-resistant hydrocyclone, using silicon carbide ceramic
Looking for high-quality and durable wear-resistant hydrocyclones? Our factory produces top-of-the-line hydrocyclones with silicon carbide ceramic for optimal performance. Order now and experience the difference!
Silicon Carbide lined cyclone, hydrocycloneThe silicon carbide cyclone is characterized in that the inner wall layer can adopt the whole silicon carbide layer, so that the surface of the inner wall layer in the cavity is very smooth without any dislocation and gap, so as to completely avoid the sticking gap between the ceramic pieces, so as to eliminate the problem of wear through between the cracks or the ceramic chip falling off。In addition, the Rockwell hardness of silicon carbide is 95, while that of ceramic chip is 88. Therefore, the wear resistance of silicon carbide is much higher than that of ceramic chip/tiles.According to the field application, the service life of the cyclone with integral SiC parts is 3-5 times longer than that of the cyclone with ceramic lining. It has the advantages of high machining accuracy, high working efficiency, long service life and high sorting grade.Silicon Carbide Apex, Spigots:The Reaction Bonded Silicon Carbide tolerates a wide range of acids and alkalis. And with excellent performance of high strength, high hardness, high wear resistance, high temperature resistance, corrosion resistance. The different kinds of shapes of special parts are suitable for mining, petrochemical, metallurgical manufacturing, aerospace and nuclear industries, such as a specific environment. We can make any sizes provided according to the customer request.Wear resistance, high temperature strength and corrosion resistance make Reaction Bonded SiC an ideal material for wear components, such as screws, plates and impellers. It can also be used in thrust bearings that can carry extremely high loads in heavily contaminated liquids.Silicon Carbide SiC (SiSiC/RBSiC) Features:Abrasion / Corrosion resistanceExcellent thermal shock characteristicsExcellent oxidation resistanceGood dimensional control of complex shapesHigh thermal conductivityImproved performanceLonger life between replacement / rebuildsResistance to corrosionSuperior Resistance to wearStrength at high temperature up to 1380°C