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125mm Feeding Side Length Cone Crusher 40-50 TPH Tertiary Broken
Equipment introduction
The mechanical cone crusher is a reliable and efficient solution for raw material crushing in various industries. Its slow-speed crushing mechanism, versatility, and ability to control particle shape make it a valuable asset in processing plants. With its low operating costs and robust construction, the rotary cone crusher offers a cost-effective and durable solution for producers seeking high-quality crushed materials.
The working principle of clinker low-speed cone crusher is as
follows:
Raw material feeding: The raw material enters the conical crushing
cavity from the top of the crusher. The feed port is usually
located on the top of the crusher, and the raw materials can be
continuously fed into the crushing chamber through a conveyor belt
or other devices.
Rotary Crushing Chamber: Once the raw material enters the crushing
chamber, the cone crusher starts to rotate. The crushing chamber is
lined with strong concave and convex surfaces, called shell and
cone, respectively. The housing is stationary, while the cone
rotates about the eccentric axis.
Compression and crushing: When the cone rotates, the raw material
is compressed between the shell and the cone. Due to the concave
and convex surface design of the shell and cone, the raw materials
will gradually be compressed and broken into smaller particles.
This process is carried out gradually until the raw material is
completely broken.
Discharge: The crushed particles gradually move downward along the
bottom of the crushing chamber, and are finally discharged from the
discharge port at the bottom of the crushing chamber. The discharge
port is usually located at the bottom center of the crushing
chamber.
The working principle of the clinker low-speed cone crusher is
based on the process of rotating the crushing chamber and
compressing the crushing process. By controlling the structure and
movement mode of the crushing chamber, the bulk raw materials are
gradually crushed into fine particles of the required size. This
working principle makes the clinker low-speed cone crusher an
efficient and precisely controlled particle shape and size crushing
equipment.
Device parameters
Model | XCLA-2400(s) |
Maximum feed side length | <125mm |
Average feed particle size | <50mm |
Discharge adjustment range | <5-8mm |
Production capacity | 40-50t/h |
Power | 30-37kW |
Speed | 4-18r/min |
Weight | 19.8t |
Main application areas
Cement industry: In the cement production process, clinker
low-speed cone crusher is used to crush clinker (such as limestone
and clay) into the required powdery raw materials. These raw
materials are then used to prepare cement clinker such as gypsum,
coal and other additives.
Mining and metallurgical industry: Clinker low-speed cone crusher
can be used for the preliminary crushing of ore and mineral ores.
It can handle various types of ores, including metallic ores (such
as copper, iron, aluminum, etc.) and non-metallic ores (such as
coal, limestone, gypsum, etc.).
Building materials industry: In the production process of building
materials, clinker low-speed cone crusher can be used to process
raw materials such as stone, sand and aggregate. It can break large
pieces of raw materials into the required particle size for
preparing concrete, asphalt and other construction materials.
Main parameters and performance of equipment
1. The production capacity of this mechanical cone crusher is 40-50 tons per hour. It is a small and medium-capacity equipment and is often used in the field of clinker crushing.
2. The input particle size of this mechanical cone crusher is less than 125 mm, and the output is less than 5-8 mm. It is the first choice for tertiary crushing in the field of cement or clinker crushing.
3. The main components of this mechanical cone crusher are the main machine cylinder, main shaft, drum assembly, driving gear, crushing tooth plate, reducer, motor, etc.
4. The ingenious design of this mechanical cone crusher enables the aggregate to be effectively crushed in the crushing cavity, avoiding repeated crushing and reducing the powder output rate.
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