Hammer Crusher

• Type: Hammer Crusher
• Certification: ISO9001:2000
• Energy Saving: Energy Saving
• Condition: New
• Model NO.: Hammer Crusher

Product Description

Hammer Crusher

[Introduction] Hammer crusher can be divided into two types: single rotor (single axis) and double rotor (double axis). Single rotor can be divided into irreversible and reversible. It can be divided into single-row and multi-row depending on the number of hammer rows.

[Productivity] 5-150 m3/h

[Application] Hammer crusher is widely used in building materials, mines, energy, transportation, energy, chemical industry and other industries for medium and fine crushing materials. its discharge size can be adjusted, and the crushing size are diversified.

[Improvement] Hammer crusher can be used for dry and wet crushing.

 

Advantages

1. Hammer crusher has a high crushing ratio (generally 10-25, individual can reach 50).
2. It has a simple structure, compact body, lightweight, easy operation and maintenance, continuous and reliable work.
3. The particle size of the product is small and uniform.
4. Large production capacity, low energy consumption.
5. Deploying different sizes of slippery seam according to customer's requirements can adjust product granularity.

 

Structure

Hammer crusher is mainly composed of rotor assembly, slug, shell, counterattack frame and drive parts. It mainly relies on the hammerhead of the crusher to strike the ore strongly in the upper chamber.

The impact of the ore on the counterattack frame and the collision between the ores break the ore. The raw ore is fed into the crusher's inlet through feeding equipment (such as plate feeder), and then the ore falls into the crushing chamber between the high-speed rotating rotor driven by narrow V-band and the counterattack frame, which is preliminarily crushed by the hammerhead.

After preliminary crushing, the ore is further crushed between the rotor and the impact rack during downward movement, and then the lower crushing chamber formed by the slug and the rotor is finally crushed until the size of particles smaller than the slug slot is discharged from the lower part of the chamber.

Technical Parameter

Model	Feeding Size mm	Outlet mm	Capacity m³/h	Motor Power kw	Weight t	Dimension mm
PC400×300	≤200	≤25	5~10	11	0.8	900×670×860
PC600×400	≤250	≤30	10~22	22	2.26	1200×1050×1200
PC800×600	≤250	≤35	18-40	55	4.8	1310×1180×1310
PC1000×800	≤350	≤35	25-50	75	5.9	1600×1390×1575
PC1000×1000	≤350	≤35	30-55	90	8	1800×1590×1775
PC1200×1200	≤350	≤35	50-80	132-160	19.2	2060×1600×1890
PC1400×1400	≤350	≤35	50-100	280	32	2365×1870×2220
PC1600×1600	≤350	≤35	100-150	480	37.5	3050×2850×2800