Hammer Crusher
- Scope of application: Hammer crusher is suitable for crushing minerals of various medium and hard brittle materials. The crushed material has a compressive strength of not more than 150 MPa and a humidity of not more than 15%. The materials to be crushed are coal, salt, white Asia, gypsum, alum, brick, tile, limestone and the like. It can be used as a crushing device for stone crushing, stone crushing, mine crushing, plastic crushing, garbage crushing and other materials.
- Processing Material: Suitable for crushing minerals of various medium and hard brittle materials. The crushed materials are coal, salt, white Asia, gypsum, alum, brick, tile, limestone, etc.
- Hammer Crusher Types: single-stage hammer crusher, high-efficiency hammer crusher, counter hammer crusher
Case:
Customer choose to replace a reliable crusher due to a series of difficulties such as uneven particle size, frequent equipment maintenance and low production. According to the user's requirements on production and performance and the hardness of the crushed materials, AGICO recommend a Φ1250x100mm counter hammer crusher and a production capacity of 60---80t/h for stone crushing. The crusher has a large feed port. It can crush rocks such as granite, limestone, diabase, sandstone, river pebble, etc., the equipment was sent to the stone factory after all the staff of our company stepped up the production, and the technicians followed the car to command and install on site, and completed the installation and offered operation instruction for the customer. The hammer crusher works well to fullfill customers' requirements.
Suitable Material for Hammer Crusher:
Suitable for crushing all kinds of medium hard brittle material. Such as coal, salt, sub white, gypsum, alum, brick, tile, limestone,etc. Hammer crusher's weak corrosive and compressive strength less than 150 MPa, moisture content is less than 15% of the material. It can be used for stone crushing, mine crushing, plastic crushing, trash crushing and other materials crushing.
Hammer Crusher Introduction:
Hammer crusher is divided into: single-stage hammer crusher, high-efficiency hammer crusher, counter hammer crusher, reversible hammer crusher and ring hammer crusher.
The main working part of the hammer crusher is a rotor with a hammer (also called a hammer). It is crushed by the hit, impact, shearing and grinding action of a high-speed hammer. In the lower part of the rotor, a sieve plate is arranged, and the size of the pulverized material smaller than the mesh size is discharged through the sieve plate.
Hammer Crusher Technical Parameter:
| Serial number | name | model | specification | Main technical performance | Production capacity (t/h) | Motor power (KW) |
Weight (t) |
Dimensions (mm) |
|---|---|---|---|---|---|---|---|---|
| 1 | Hammer crusher | AG PC-64 | Φ600 * 400 | Feeding <100mm, discharging <15mm | 12-15 | 18 | 1.3 | 1935 * 1100 * ll22 |
| 2 | Hammer crusher | AG PC-86 | Φ800 * 600 | Feeding <200mm, discharging <10mm | 18-24 | 55 | 2.5 | 2523*1525*1020 |
| 3 | Hammer crusher | AG PC-0808 | Φ800 * 800 | Feeding 50mm, discharging <12m | 15-20 | 55 | 5.18 | 1590*1935*1390 |
| 4 | Hammer crusher | AG PC-108 | Φ1000 * 800 | Feeding <200mm, discharging <13mm | 20-50 | 110 | 6.5 | 3514*2230*1515 |
| 5 | Hammer crusher | AG PC-1010 | Φ1000 * 1000 | Feeding <200mm, discharging <13mm | 40-60 | 115 | 7.6 | 2230*2220*1515 |
| 6 | Counter key crusher | AG PFC-1210 | Φ1250 * 1000 | Feeding <200mm, discharging <10mm, rotor speed 73Qr/min | 60-80 | 130 | 14.4 | 2408*2247*2392 |
| 7 | Counter key crusher | AG PFC-1412 | Φ1400 * 1200 | Feeding <250mm, discharging <20mm, rotor speed 54Qr/min | 70-100 | 150 | 17.5 | 2500*2625*2760 |
| 8 | Counter key crusher | AG PFC-1616 | Φ1600 * 1600 | Feeding <800mm, discharging <20mm, rotor speed 55Qr/min | 150-220 | 315 | 34 | 2840*3380*3120 |
| 9 | Counter key crusher | AG PFC-2018 | Φ2000 * 1800 | Feeding <800mm, discharging <25nm, rotor speed 551r/min | 350-450 | 630 | 75.1 | 7400*3700*4511 |
| 10 | Single-stage hammer crusher | AG TPCD-1412 | Φ1420 * 1200 | Feeding <600*600*900mm, discharging <25mm (10% of the remaining screen) | 70-120 | 185 | 25.39 | 3285*3104*3039 |
| 11 | Single-stage hammer crusher | AG TPCD-1616 | Φ1650 * 1640 | Feeding <800mm, discharge size < 25mm 95% | 160-220 | 315+5.5 | 41 | 3420*3300*3230 |
| 12 | Single-stage hammer crusher | AG TPCD-2022 | Φ2000 * 2200 | Feeding < 1500mm, discharging < 25mm, spindle speed 370r/min | 400-600 | 800+45 | 145 | 6000*5000*4800 |
Hammer Crusher Structure and Performance:
The hammer crusher is composed of a box body, a rotor, a hammer head, a counter lining plate, a hammer sieve plate and etc.
- Large crushing ratio (generally 10-25, high up to 50), high production capacity, uniform product, less powder phenomenon, low energy consumption per unit product, simple structure, light equipment quality, easy operation and maintenance, etc.
- Advanced design technology, strong structure and impact resistance.
- The material size is large, the yield is high, and the grain shape is good.
- super broken, thick, medium, fine broken one step in place.
- The annual output is increased by 30%, and the needle-like (powdered) is less than 20%, which is more energy-saving.
- The hammer head and sieve plate are made of chrome-manganese alloy material, which has stronger impact resistance and wear resistance.
Working Principle of Hammer Crusher
Hammer crusher mainly relies on the impact energy to complete the crushing material operation. When hammer crusher is working, the motor drives the rotor to rotate at high speed, and raw material enters the crusher cavity evenly.
High-speed rotary hammer impacts and shears the tearing material, causing raw material to be broken. At the same time, the gravity of the material itself causes the material to The high-speed rotating hammer head rushes toward the baffle and the screen strip in the frame body. Raw material larger than the size of the mesh hole is retained on the sieve plate and continues to be struck and ground by the hammer until it is broken to the required discharge granularity and finally discharged through the sieve plate.