Tooth Coal Crusher
Toothed Roll Crusher has the features of crushing splitting, cutting the material at the same time, it is suitable for the crushing of soft, low hardness and crispy sheeting materials like coal, dry clay.
Specifications
2-Stage, 3-Stage
Capacity: 20 TPH to 500 TPH
Feed Size: 300 - 700 mm and below
Output Size: 40 mm and below
Price Range: INR 1.0 - 5.5 crore
Power Source: Electricity or diesel generators
Who can use it?
Tooth coal crushers are primarily used in the mining industry for crushing coal and other similar materials.
Benefits of the crusher?
Efficient Crushing: Designed for high-efficiency crushing of coal, reducing large chunks into manageable sizes.
Durable Teeth: Features robust, wear-resistant teeth that ensure long-lasting performance and minimal maintenance.
Adjustable Output: Easily adjustable settings to achieve desired output size for various coal processing needs.
High Capacity: Capable of handling large volumes, making it ideal for both small and large-scale operations.
Easy Maintenance: Simple design allows for quick and easy maintenance, minimizing downtime.
User-Friendly Operation: Intuitive controls and clear indicators for hassle-free operation.
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Robust Construction
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Advanced Safety Features
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Versatile Application Range
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Low Dust Emission
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Easy Installation and Operation
Why buy from HPPA?
ITD Cementation
"HPPA's portable Tooth coal Crusher revolutionized efficiency in the mining sector, increasing throughput by 30%."
Tantia Constructions
"HPPA's innovation in portable crushing technology boosted agricultural productivity by 20%, outperforming competitors with its 98% uptime guarantee."
How does the crusher work?
Roll crushers, particularly toothed roll crushers, are commonly used in the coal and metallurgical industries. Here's an overview of how toothed roll crushers work:
Feed Hopper: Raw coal enters the top of the crusher through a hopper or vibratory feeder. The feeder distributes the material over the entire length of the rolls for uniform crushing.
Roll Crusher Components:
Toothed Rolls: Two counter-rotating toothed rolls crush the incoming feed. The rolls are mounted on heavy duty steel shafts. The crushing process occurs between the rotating rolls and the adjustable crushing plate.
Crushing Plate: This is an adjustable gap plate where the material is crushed between the rolls and the curved crushing plate. It mainly serves the purpose of reducing the size of the material.
Crushing Process:
Initial Feed: Raw coal is fed into the crushing chamber between the two rolls and is crushed by being squeezed and sheared between the rolls.
Crushing Action: The teeth on the rolls interact with the coal, breaking it down to a predetermined product size. The rolls rotate towards each other, pulling the material into the gap between them to crush and size it.
Adjustable Gap: The gap between the rolls can be adjusted to control the product size and quality.
Discharge:
Product Size: Once the material reaches the desired size, it passes through the adjustable gap and is discharged from the crusher.
Discharge Chute: The crushed product typically exits through a discharge chute at the bottom of the crusher, where it can be directed onto a conveyor belt, into a bin, or other processing equipment.
This process ensures efficient crushing of coal or similar materials by using compressive and shear forces between the rolls and the crushing plate.
Select the crushers specifications
Questions about the crusher
How do Tooth Coal Crushers differ from traditional crushers?
Tooth Coal Crushers use specialized teeth or spikes on a rotating drum to effectively crush coal and other materials into smaller, more manageable pieces. This design allows for efficient crushing without producing excessive fines.
What types of materials are Tooth Coal Crushers designed to handle?
Tooth Coal Crushers are primarily designed to handle coal and similar materials that require a combination of compression and shearing action to break down efficiently.
Can Tooth Coal Crushers effectively process wet or sticky materials?
Yes, Tooth Coal Crushers can handle wet and sticky materials. They are designed with specific tooth patterns and configurations to prevent clogging and ensure continuous operation.
What are the primary advantages of using Tooth Coal Crushers over other crushing technologies?
Tooth Coal Crushers offer precise control over product size, reduced fines generation, and are less sensitive to variations in feed material properties compared to traditional crushers.
How can I determine the right Tooth Coal Crusher model for my specific application?
The choice of Tooth Coal Crusher model depends on factors such as feed size, desired product size, throughput requirements, and the characteristics of the material being processed. Consultation with a manufacturer or engineer can help determine the most suitable model.
Are Tooth Coal Crushers suitable for use in high-moisture environments?
Yes, Tooth Coal Crushers can be designed to operate effectively in high-moisture environments with appropriate material handling and maintenance practices.
What maintenance is required for Tooth Coal Crushers to ensure optimal performance?
Regular inspection of teeth, bearings, and other critical components, along with lubrication and cleaning as per manufacturer recommendations, is essential to maintain optimal performance of Tooth Coal Crushers.
How do Tooth Coal Crushers contribute to reducing fines during the crushing process?
Tooth Coal Crushers minimize fines by utilizing teeth or spikes that efficiently crush the material without creating excessive fine particles. This design feature helps in achieving a more uniform product size distribution.
Can Tooth Coal Crushers be integrated into existing production lines easily?
Yes, Tooth Coal Crushers can typically be integrated into existing production lines with minimal modifications, depending on the specific requirements and layout of the plant.
What safety features are incorporated into Tooth Coal Crushers to protect operators during operation?
Tooth Coal Crushers are equipped with safety features such as emergency stop buttons, guards, and safety locks to ensure operator safety during operation and maintenance activities.