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Cone Crusher

Cone Crusher

SALIENT FEATURES

TECHNICAL DATA

Cone Crusher

Model Name Cone Diameter (mm) Maximum Feed Size (mm) CSS Range (mm) Throughput Capacity (TPH) Crusher Pulley RPM Required Power (KW / HP) Download Brochure
GC 0820 820 120 22-28 75-110 1015 75/100 View Details
GC 0975 975 150 15 – 26 90 – 155 1015 110 / 150 View Details
GC 1080 1080 200 18 – 30 120 – 200 1015 180 / 240 View Details
GF 0820 820 90 – 155 120 – 200 1080 50 – 80 75 – 130 View Details
GF 0975 975 60 6 – 15 75 – 130 1015 110 / 150 View Details
GF 1080 1080 75 8 – 20 110 – 175 1015 180 / 240 View Details

Proven design

Maxwell G type Cone Crusher is advance and robust technology in the world. Due to proven and optimized design , it provides high efficiency, strong crushing force, high yield and low operation cost.

High Adaptability

Due to large feed size, it can be adapted to various crushing applications, saving for the capital investment. Change in stroke and multiple cavity option makes it useful for different purposes.

Robust Construction

Compact yet robust top bottom frame design with shaft support at both ends makes a robust solution for crushing the hard stones. 

Option of crushing cavity for different user required

Maxwell GF type cone is equipped with short head cone for fine crushing.

Maxwell GC type cone is equipped with standard head cone for coarse crushing.

Trouble free Operations

Maxwell G type Cone crusher are equipped with Hydraulic System for CSS Adjustment. Easy removal of clogged material inside the crushing chamber by hydraulic lowering system. Fan Cooled External oil circulation system provides stable oil supply to the machine. Oil Circulation system can be interlocked with main motor for additional safety. The Hydraulic Piston supported shaft protects the machine against the uncrushable material by lowering the shaft.

Reference

  • Feed Size Depends On CSS Setting Maintaining The Ration Of 4 From Feed Size To CSS Setting.
  • The Capacity Indicated Is Maximum Throughput Capacity Based On Continuous Regulated Fresh Feed Of Clean, Normal Hardness With A Bulk
    Density Of 1.6 Ton/M3. The Fresh Feed Must Be Dry Un-Segregated Homogeneous, Blasted Or Crushed Feed Without Clays And Other Deleterious
    Material. No Fraction Is Taken Out, No Fraction Is Manually Broken, And Blasting Pattern Should Be Normal With Standard Practices.
  • Capacity May Vary +/- 25% With The Size And Nature Of The Rock And The Working Conditions Of The Plant.
  • Throughput Capacity Is Calculated As Total Of Fresh Feed And Return Material From Screen.
  • Final Production Depends Upon CSS Setting, Fresh Feed Quantity & Fresh Feed Size.
  • The Detail Including Display, Construction, Technical Information, Etc. Are For Information Only And Subject To Change Without Prior Notice.
  • Scope Of Supply May Differ From The Display Presented Here And It Is Fully As Per The Commercial Offer.

Description

A cone crusher is a type of crushing equipment used in mining, quarrying, and construction industries. It is designed to crush a variety of materials to a specific size and shape, including stones, rocks, and ores. Cone crushers are often used as secondary or tertiary crushers in crushing circuits, where they can reduce the size of the feed material to a more manageable size for further processing.

The cone crusher consists of a mantle and a concave, both of which are wear-resistant liners made from manganese steel. The mantle is mounted on a vertical shaft, which is supported by bearings at the top and bottom of the shaft. The concave is fixed to the top of the crusher frame.

Cone crushers are available in various types and sizes, each with unique features and benefits. Some of the most common types of cone crushers include the spring cone crusher, hydraulic cone crusher, and Symons cone crusher.

G type Cone Crusher is a very compact design with Top and Bottom frame bolted together. The Main Shaft is Vertically mounted with support at top and bottom. The Main Shaft gets gyration motion due to eccentric rotation. The Mantle is with fixed to Main shaft assembly, Thus Mantle gets Gyration Motion and material is gets crushed inside the Cavity form between Mantle and Concave. Concave is fixed with Top Frame.  

G Type Cone Crusher is new, compact and versatile design with variety of cavity and stroke option to cater the need. The High pivot point make it more effective with rough and flaky material.

Cone crushers offer a number of advantages over other types of crushing equipment. Some of these advantages include their ability to produce a more uniform product size, reduce the amount of fines generated during crushing, and offer a high degree of reliability and durability. Cone crushers are also ideal for use in a wide range of applications, including mining, quarrying, and construction.

Cone crushers are composed of various parts that work together to achieve the desired crushing outcome. Some of the key components of a cone crusher include the mantle, concave, Main Shaft, eccentric and spider bearing. These parts are essential for ensuring the efficient and reliable operation of the crusher.

Cone Crusher Maintenance Regular maintenance is essential for the proper functioning of a cone crusher. This includes regular inspection of the machine to ensure that all components are in good working condition, and that any worn or damaged parts are replaced in a timely manner. It is also important to ensure that the crusher is operated within its design parameters, and that the recommended lubrication and maintenance procedures are followed.

In conclusion, cone crushers are an essential piece of equipment in the mining, quarrying, and construction industries. They are designed to crush a variety of materials to a specific size and shape, and offer a number of advantages over other types of crushing equipment. When selecting a cone crusher, it is important to consider factors such as the type and size of material being crushed, the desired product size, and the operating conditions of the crusher. Regular maintenance is essential for ensuring the long-term reliability and efficiency of the machine.

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