Wear resistant Silicon Carbide inner lining of hydrocyclone
Silicon Carbide ceramic Liners are very important for hydrocyclone slurry separators and other mineral processing equipment. Our proprietary reaction bonded silicon carbide based formulations can be cast into complex shapes, providing ease of installation and wear insurance.
The SiC liners are also can encased in polyurethane to avoid fragmentation and reduces cost.
Expect a more abrasion resistant product than cast steels, rubber and polyurethanes alone at one-third the weight of their steel counterparts. All offer much higher thermal and corrosion resistance.
Monolithic Silicon Carbide Cyclone and Hydrocyclone Liners specifically engineered for separating and classifying applications. These ceramic liners are designed for highly abrasive ores ,Maximizing cyclone life and eliminating high installation costs traditionally found in epoxied tile constructions.
Highly abrasion resistant and wear resistant SiC ceramic are applied in coal, iron, gold, copper, cement, phosphate mining, pulp & paper and wet FGD industry, etc. ZPC can supplies either the complete assembly of the hydrocylone or the high wear areas including Inlet, Cones, cylinders, vortex finders and volute feed inlet heads, the bottom apex and spigots. Replace rubber, polyurethane or tiled construction and extend liner life up to 10 times longer with silicon carbide liner.
Shandong Zhongpeng Special Ceramics Co., Ltd is one of the largest silicon carbide ceramic new material solutions in China. SiC technical ceramic: Moh’s hardness is 9 (New Moh’s hardness is 13), with excellent resistance to erosion and corrosion, excellent abrasion – resistance and anti-oxidation. SiC product’s service life is 4 to 5 times longer than 92% alumina material. The MOR of RBSiC is 5 to 7 times that of SNBSC, it can be used for more complex shapes. The quotation process is quick, the delivery is as promised and the quality is second to none. We always persist in challenging our goals and give our hearts back to society.
