JC6 and JC5 are basically the same in application field and work principle. And both has the advantage of zero point correction to compensate for wear. Unlike JC5, JC6 is designed for desktop. JC6 features in the compact design, easy operation and the high final fineness of sample (d90 < 0.5 mm).
Application
Mining and metallurgical industries:niobium and titanium alloy, vanadium iron, chrome vanadium, tungsten carbide, ore, coal, slag, coke;
Chemical products: wide variety of chemical industry raw materials;
Geological and mineralogical: rock, granite, basalt, barite, silicate;
Ceramic industry: talc, sintered clay, sintering ceramic, electric ceramic;
Building materials: bauxite, slag brick, quartz, cement.
Working Principle
The sample enters the grinding chamber via the anti-splashing hopper. The crushing is proceeded inside the wedge-shaped shaft space between two jaw plates. one jaw plate is fixed, while the other jaw plate is driven by a bent axle to perform oval movement with the continuous rotation of the motor. The sample is crushed due to extrusion caused by constant movements of the jaw plate and moves downward under the effect of gravity. In case the grain size of the sample is less than the lower opening gap of jaw plates, it will fall to the drawer receiver at the lower part of the machine.
Features and Advantages
High throughput, high degree of size reduction;
Zero point adjustment to compensate the wear;
Anti- splash design hopper;
Easy-to-clean crushing chamber;
Excellent performance and high final fineness (d90 <0.5 mm);
Jaw plates in different materials (Manganese steel, Stainless steel, Tungsten carbide, Zirconium oxide, Steel of heavy-metal-free, Industrial plastic).
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