test 6 hammer crusher

PC Hammer crusher

Feed Size:
≤1200mm
Capacity:
30–1000 T/H
Applicable Materials:
River pebbles, basalt, granite, iron ore
Application Range:
Limestone, calcium carbide, carbide slag, shale, basalt, river pebbles, bluestone, iron ore, copper ore, steel slag, etc.

By adjusting the screen bar gaps, the discharge particle size can be conveniently controlled, yielding a relatively uniform product size with broad applicability.
The equipment features a compact design with minimal space requirements, whilst the crushing process exhibits relatively low energy consumption, resulting in economical operating costs.

Description

Product Overview

The hammer crusher is a device that employs high-speed rotating hammers to impact and break down materials, making it particularly well-suited for processing medium-hardness brittle materials such as limestone, coal, and coke. Its core advantages lie in its compact structure, high crushing ratio (typically ranging between 10 and 25), and relatively low energy consumption.


Working Principle

Upon entering the crusher chamber through the feed inlet, the material is subjected to intense impact from high-speed rotating hammers, causing it to fracture. Simultaneously, within the crushing chamber, the material undergoes mutual collision and friction against the liner plates. Material that meets the required particle size specification is ultimately discharged through the screen bars at the base.

Core Components of the PY Spring Cone Crusher

The machine primarily comprises the casing, rotor, hammers, lining plates, and grate bars.

1‌、Casing‌
Comprising upper and lower sections, its inner walls are lined with high-manganese steel liners for wear resistance. Inspection doors facilitate maintenance.

2‌、Rotor‌
The core working component, consisting of a main shaft, hammer discs, pins, and hammer heads. Hammer heads are pivotally mounted on the discs via pins, enabling free oscillation.

3、Hammer Heads
Typically fabricated from wear-resistant materials such as high-manganese steel, these components directly impact and crush materials. They require replacement or surface adjustment upon wear.

4、Liner Plates and Screen Bars
Liner plates protect the inner shell walls, while screen bars (or grate bars) regulate the discharge particle size.

Features

  • High crushing ratio and efficiency

Capable of reducing large material chunks to fine particles in a single pass, typically achieving a crushing ratio of 10-25 with exceptionally high production efficiency.
Compact structure and low

  • energy consumption

Features a compact design occupying minimal space, coupled with relatively low energy consumption during crushing operations, resulting in economical running costs.

  • Uniform product particle size

Output particle size is readily controlled by adjusting the screen bar gaps, yielding a relatively uniform product size with broad applicability.

  • ‌Versatile application

Particularly suited for crushing medium-hardness, brittle materials such as limestone, coal, coke, gypsum, and slag. Widely employed across cement, power generation, metallurgy, and chemical industries.

Technical Parameters

model Feed particle size (mm) Discharge particle size (mm) Rotor speed (r/min) Output (t/h) Power (kW) Weight (without motor)
PC400x300 <200 <25 1000 8-15 11 0.8
PC500x350 <200 <25 1000 12-20 18.5 1.2
PC600x400 <250 <25 1200 15-30 22 1.5
PC800x600 <300 <30 1100 25-50 55 3.7
PC1000x800 <300 <30 1000 30-65 110 6.5
PC1000x1000 <300 <30 800 45-80 132 7.59
PC1200x1000 <300 <30 650 70-100 160 12.5