Technical specifications of cone crusher of 350 to 400 tph capacity

Overview of cone crushers

1. Overview of cone crushers:

Cone crushers are a type of primary crushing machine that consists of two rotating grinding cones, which interact with each other to crush the material. They have different capacities ranging from 100 to 10,000 tons per hour (TPH), and can be used for a variety of applications including mining, construction, and agricultural purposes.

2. Technical specifications of cone crusher of 350 to 400 tph capacity:

The technical specifications for a cone crusher vary depending on the model, but all cone Crushers have the following features:

-Two rotating grinding cones

-Interacts with each other to crush the material

-Has different capacities ranging from 100 to 10,000 TPH

Technical specifications of cone crushers

The cone crusher is a type of crusher that consists of a series of cones shaped like truncated pyramids. The purpose of the cone crusher is to reduce large solid objects into smaller pieces by breaking them into small pieces. There are many different types and sizes of cone crushers, but all share the same basic design.

Cone crushers are made out of different materials, but they all have two main components: the crushing chamber and the conveyor system. The crushing chamber is where the cones are located. It is usually made out of metal or heavy construction, and it has a series of walls that slope down towards the center. The crushed material flows through the conveyor system and out the other side.

Cone crushers come in many different sizes and capacities. They can be used to crush anything from rocks to concrete. The biggest cone crushers can reach up to 10 tons per hour (tph), but smaller ones are typically limited to lower speeds. The most common type of cone crusher is the hammer head cone Crusher, which uses a moving hammers to break down the rock into small pieces.

Applications of cone crushers

Cone crushers are widely used in various industries such as mining, construction, and manufacturing. They can be characterized by their ability to reduce large solids into smaller pieces by using a rotating cone-shaped crushing chamber. The specific applications of cone crushers depend on the type of material being crushed. Some common uses for cone crushers are listed below:

Mining : Cone crushers are used to reduce large rocks into smaller pieces for use in mines.

Construction : Cone crushers are often used to reduce large rocks into smaller pieces for use in construction projects.

Manufacturing : Cone crushers are used to reduce large solids into smaller pieces for use in manufacturing processes.

What is a cone crusher?

Cone crusher is a kind of jaw crusher which have the unique feature that it can crush various kinds of materials by using the help of a conical shaped crushing chamber. cone crushers are widely used in mining, construction and other industrial applications for their ability to reduce the size of hard and brittle materials.

The key technical specifications for cone crushers include:

-The stone or rock is placed in a feeding hopper at the top of the machine.

-A conveyor belt takes the material down to the lower chamber where it is crushed by two sets of rotating grinding surfaces, called impactors.

The capacity range for cone crushers runs from 1 ton per hour up to 100 tons per hour. The largest machines can reach up to 12 meters in height and width and weigh up to 500 tonnes.

When is it used?

Cone crusher is widely used in mining, construction, and other industries. The main function of cone crusher is to reduce the solid material into smaller pieces by breaking it into small chunks or fragments.

The cone crusher can be divided into two types according to the type of impact mechanism: primary and secondary. The primary cone crusher uses a moving jaw to crush the material against a stationary stationary flat surface. The secondary cone crusher uses a pivoting arm with an impact hammer that swings around an axis perpendicular to the moving jaw.

The capacity of cone crushers can vary depending on the model and manufacturer, but they typically range from 1-10 tph.

How can these technical specifications be improved?

There are a few ways in which these technical specifications can be improved. For instance, the cone size could be increased to increase the grinding capacity. Additionally, the speed of the crusher could be increased to achieve higher production rates. Other ways in which these specifications could be improved include adding more gears for faster grinding and improving the design of the headstock so that it is more efficient in terms of power usage. Overall, these improvements would result in an increase in both grinding capacity and production rates, making the cone crusher an even more valuable tool for industrial purposes.

Technical specifications of cone crushers 350 to 400 tph capacity

The technical specifications of cone crushers 350 to 400 tph capacity are as follows:

1. The size of the cone crusher is 355 x 265 x 410 mm.

2. The power source is diesel engine, with a capacity of 3 to 4 kw.

3. The maximum discharge rate is 350 tph.

4. The feed size is 150 mm in diameter and theoutput size is 80 mm in diameter.

Comparison of cone crushers 350 to 400 tph capacity

A cone crusher is a machine used to reduce the size of rocks, often by crushing them into smaller pieces. The different types of crushers vary in their capacity.

The 350-ton per hour (tph) cone crusher is the most common type. It has a capacity of 350 tph and can crush rocks up to 12 inches (30 cm) in diameter.

The 400-ton per hour (tph) cone crusher is slightly more powerful and can crush rocks up to 14 inches (35 cm) in diameter. It is also more expensive than the 350-tph model.

Operating principles of cone crushers

The working principle of cone crusher is simple. The crushing equipment consists of a set of circular or ellipsoidal plates which are rotated around a vertical axis. The material to be crushed is placed between the plates and subjected to high-intensity pressure and shear forces. This results in the destruction of the material into small pieces.

A number of factors need to be taken into account when choosing a cone crusher. These include the maximum capacity, type of materials being crushed, and operating conditions. The maximum capacity defines the amount of material that can be processed per hour. It is important to choose a crusher with enough capacity to handle the specified workload.

Type of materials being crushed affects the choice of crusher. Cones are effective for crushing hard, brittle materials such as stone and marble. Spherical mills are more versatile and can also crush softer materials such as plastics and rubber.

Operating conditions also affect the choice of crusher. Temperature is one factor to take into account. Machinery mounted on hot days will require more frequent servicing than on cooler days. Air flow is another important consideration. Too little air flow can cause overheating, while too much air flow can create dust explosions.