Heavy duty fine crusher

Project Introduction

Product Advantage

Characteristics of Heavy duty fine crusher

• High ratio of crushing
• Even final size, -Simple structure
• Reliable working condition
• Easy maintenance
• Low operating cost

High component performance and long service life

The hammer head of the fine crusher can be used on all sides, and the utilization rate is high. The hammer handle has high toughness, the adjustment plate can be turned over at both ends, easy to adjust, no stuck, no blocking, good concession, and increased service life.

Three chamber crushing, energy saving 50%

The equipment adopts the principle of "stone beating stone", which is mainly composed of coarse crushing chamber, fine crushing chamber, impact chamber and three discharge channels, so as to discharge the required materials in time and save 50% energy than the traditional crushing machine.
The discharge size can be adjusted arbitrarily, and the grain shape is of high quality
The discharge particle size of the fine crusher can be adjusted arbitrarily, and the qualified material can reach more than 95%, which realizes the control and classification of the material particle size, and completely solves the problems of poor particle size and non-specification of the finished product in the fine crushing and sand making industry.

Equipment composition

The heavy duty fine crusher is mainly composed of upper body, lining plate, grate plate, hammer head, baffle plate, bearing, rotor, side lining plate, counter lining plate and other components.

The main working part of the heavy crusher is the rotor with a hammer (also known as the hammer head). The rotor consists of a spindle, a disc, a pin and a hammer. The motor drives the rotor to rotate at high speed in the crushing chamber. The material is fed into the machine from the upper feed port, and crushed by the blow, impact, shear and grinding of the hammer with high speed movement. In the lower part of the rotor, a screen plate is provided, and the particle grade of the crushed material less than the size of the screen L is discharged through the screen plate, and the coarse particle grade greater than the size of the screen L is blocked on the screen plate and continues to be hit and ground by the hammer, and finally discharged out of the machine through the screen plate.

Working Site

Technical Parameters

Model	Rotor Size(mm)	Feed size(mm)	Capacity(t/h)	Power(kw)	Discharge Port Range	Dimension(L×W×H)(mm)
PX 800×400	φ800×400	120	30-40	45	≤5	2100×1400×1700
PX 800×600	φ800×600	180	40-50	55	≤5	2100×1620×1700
PX 800×800	φ800×800	180	50-70	55	≤5	2100×1840×1960
PX 1010×1010	φ1010×1010	180	60-75	75	≤5	2100×1840×1960
PX 1200×1000	φ1200×1000	180	100-110	110	≤5	2450×1960×1960
PX 1200×1200	φ1200×1200	180	120-150	132	≤5	3000×2160×2500
PX 1400×1400	φ1400×1400	180	160-200	160	≤5	3000×2360×2550
PX 1600×1600	φ1600×1600	190	180-250	250	≤5	3000×2760×2500
PX 1800×1800	φ1800×1800	190	220-290	315	≤5	3000×3260×3150