Stone hammer miller crusher for stone breaking

Product Overview

Description

 

      Stone hammer miller crusher for stone breaking

 

General introduction for hammer crusher:

This series of hammer crusher is applicable for crushing brittle minerals, such as coal, salt, plaster, alum, brick, tile and limestone with compression strength no more than 100mpa and humidity no more than 15%. The hammer crusher crushes by the collisions between high-speed hammer and materials. The PC hammer crusher is developed for both dry and wet crushing of brittle, medium-hard materials for the mining, cement, coal, metallurgic, construction material, road building and petroleum & chemical industries.

 

 

2Stone .Hammer Miller Working Principle

The motor drives the rotor rotates of the hammer crusher at a high speed through the belt, and on the rotor there are series hammers. When the materials get into the working area of hammers, they are crushed by the rotating hammers of the hammer crusher with high rotation speed, the products which are crushed to meet the required size can be discharged by the outlet and become the final products, the large size products are brought back to the crushed area by the hammers of the hammer crusher for being recrushed until they reached the required size.

 

3.Stone hammer miller  Technical Parameter.

Name	Model	Max feed size (mm)	Handling capacity (t/h)	Power of motor (kW)	Weight (t)
hammer mill	PC400×300	30	5-8	11	1.5
	PC600×400	100	10-15	18.5	3
	PC800×600	150	20-25	55	7
	PC800×1000	280	20-50	110	12
Ring Hammer Mill	PCH0606	200	18-30	30	17
	PCH0808	250	30-50	45	29
	PCH1010	300	45-80	90	52

 

 

Stone Hammer Miller Advantages:

1.convenient maintenance

2.wear resistant and impact resistant

3.compact structure,lees easy-wearing parts

4.sealed structure,less pollution and ash leakage of machine

5.The granularity can be adjusted according to the requirement

 

 

 

To provide you the accurate technical information and Quotation, it is highly appreicated in your inquiry to mention:

1. What is the raw material you want to process, and the size of it?

2.What is the size of the output you need?

3. What's the capacity you need?(say t/h?)