GXF High-efficiency Complex Crusher from China

Product Detail

GXF High-efficiency complex crusher
Feeder size: 450-1000mm
Production capacity: 40-500t/h




Product introduction

"GXF High-efficiency complex crusher is applied to crush material with compression strength not more than 200 MPa. Feeding size can be up to 450-1000 mm, the average discharge size is less than 5-8mm. Widely used in cement plants for fine crushing raw material and clinker, also be used in crushing coal, dolomite, flint clay, lead zinc ore, serpentine, blast furnace slag, coal gangue, phosphate rock and other medium hardness materials in medium and fine crushing."




Model	Max Feed size (mm)	Average size of discharge (mm)	Processing capacity (t/h)	Motor Power (t)	Weight (t)	External dimensions (mm)
GXF-40	450	3-5	35-45	75	12	2231×1940×2168
GXF-60	500	5-8	55-65	90	18	2231×1940×2168
GXF-80	500	5-8	75-85	132	21	2550×2630×2670
GXF-100	600	5-8	90-110	185	25	2550×3120×2670
GXF-120	600	5-8	110-130	200	28	2550×3390×2670
GXF-160	700	5-8	140-180	250	32.5	2793×3140×3014
GXF-200	700	5-8	190-220	280	38.5	2793×3410×3014
GXF-300	1000	8-12	280-340	450	55	3670×3850×4135
GXF-400	1000	8-12	380-420	560	65	3670×4180×4135
GXF-500	1000	8-12	460-520	710	75	3670×4500×4135




The main part of GXF series crusher is the rotor with hammer. The rotor is mainly made up of spindle, the end planes, hammer planes, following set, wear and hammer. The upper part of the counter board is counterattack board, the back part is beat plate and the lower part is sieve plate. Small pieces of material against the hammer are crushed and get kinetic energy from the hammer, then impact the counterattack board and against board with high speed, so these materials can be crushed again. Big parts cannot be crushed at the first time because of its overweight. The hammer beats the material and then holds back, so the materials are on the hammer shelf. The hammer shelf against board forms a friction rupture zone, so the materials can be crushed by the hammer and then goes into the sieve work area. In this area, the particles with smaller size than the size of sieve are out from it and the bigger ones still stay in the sieve and crushed by the hammers till small enough to be out.