Double Tooth Roller Crusher

Product description

High-Efficiency Double Tooth Roll Crusher: The Non-Clogging Solution

The Double Tooth Roll Crusher is specifically engineered to handle materials that are difficult for standard crushers, such as wet coal, clay, and soft ores. By utilizing a combination of shearing, stretching, and crushing forces, it ensures a high reduction ratio with minimal dust and fine powder production.

Key Advantages of HSM Tooth Roll Crusher

Anti-Clogging Design: The specialized tooth profile and low-speed rotation prevent wet or sticky materials from sticking to the rollers, ensuring 24/7 continuous operation.

Large Feeding Capacity: The “wolf-tooth” design can grab and crush larger lumps (up to 300mm) more effectively than smooth rollers.

Customizable Tooth Shapes: We offer various tooth configurations (Large, Medium, and Fine) to match your specific material hardness and output requirements.

Low Energy Consumption: High torque at low speeds means less power wasted and significantly lower wear on the teeth.

Technical Specifications

Raw Material:	Raw Coal, Lignite, Gypsum, Clay, Limestone, Slag
Maximum Feed Size:	80mm – 1050mm (Depending on model)
Discharge Particle Size:	10mm – 80mm (Adjustable)
Capacity:	10 – 500 TPH

Industry Applications

Our tooth roll crushers are widely used in coal preparation plants, cement factories, and power plants. Its ability to maintain a uniform discharge size makes it the preferred choice for primary and secondary crushing stages in material recycling and mining.

Sand Production Application

In sand production lines, the double-roll crusher functions as a sand-making machine, offering advantages such as no wear parts, low maintenance costs, adjustable sand particle size, high yield rate, and excellent sand particle shape. It is widely used in the sand-making industry.

Mineral Processing Crushing Applications

In the mineral processing industry, double-roll crushers or high-pressure roller mills are employed for fine crushing operations. Positioned upstream of ball mills, they can reduce 2-3 cm ore particles to less than 1 mm, significantly enhancing the operational efficiency of mineral processing ball mills and boosting overall production productivity.    

Technical parameters

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