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Hammer crusher ideal for crushing clay, limestone, and coal with high moisture content.
Hammer crusher ideal for crushing clay, limestone, and coal with high moisture content.
Crushing

Hammer Crusher

laboratory impact crusher
laboratory hammer crusher for wet and moist coal
laboratory hammer crusher for wet and moist materials
sieve/screen for hammer crusher
hammers of hammer crusher for laboratory and pilot scale
laboratory impact crusher
laboratory hammer crusher for wet and moist coal
laboratory hammer crusher for wet and moist materials
sieve/screen for hammer crusher
hammers of hammer crusher for laboratory and pilot scale

DESCRIPTION

The Hammer Crusher is a high-performance machine designed for the rapid, safe, and efficient size reduction of medium-hard, hard, and brittle materials. It serves as an ideal solution for pilot scale studies in laboratory settings.

High moisture content in materials can make crushing challenging with conventional crushers. However, the Hammer Crusher excels in this area, effectively handling and crushing wet and high-moisture materials with ease. Its specialized design ensures reliable performance, making it an ideal choice for applications involving materials such as coal.

Crushing Chamber Dimensions: Ø 300 x 190 mm

TECHNICAL DATA

Fields of Application Mining, metallurgy, recycling and waste recovery, geology, chemistry, plastics and polymers, iron and steel, energy, biotechnology, environmental management, construction and building, agriculture, glass and ceramics
Application Fine Crushing
Capacity 2500 kg/h*
Feeding Size < 100 mm
Final Fineness < 1 mm*
Power and Electricity 4 kW, 380 V, 3p, 50Hz
Compatible with various voltages.
Dimensions 700 x 1500 x 1600mm
Weight 650 kg
*Varies by material type, feeding size, reduction ratio, and moisture.

Best Crusher for Clay, Limestone, Coal, and Other Challenging Materials: Hammer Crusher
High-moisture and cohesive materials can cause clogging, sticking, and inefficiency in many crushers. However, Ünal’s Hammer Crusher eliminates these issues completely, ensuring smooth and efficient crushing of clay, limestone, coal, marl, gypsum, and similar challenging materials.

With its specially designed rotor and impact mechanism, the material is crushed efficiently without sticking or clogging. Our hammer crushers provide high efficiency, low maintenance costs, and exceptional durability, making them the best choice for these types of materials.

If you are looking for the best limestone crusher, clay crusher, coal crusher, or a crusher for high-moisture materials, our hammer crusher is the ideal solution!

✅ Best crusher for clay, limestone, coal, gypsum, marl, and similar materials
✅ Designed to prevent clogging and material sticking
✅ Powerful impact crushing for high efficiency
✅ Low maintenance, long-lasting performance

The Hammer Crusher is designed to maximize user safety. Its feeding hopper effectively protects the user from contact risks and material rebound. The safety switch enhances operator protection by automatically stopping the machine if the cover is opened. Additionally, the emergency stop button and motor overload protection system ensure continuous safety. With these features, the Hammer Crusher provides a secure and controlled working environment in laboratory settings

Interchangeable Screens: With its interchangeable screens, the Hammer Crusher allows for the production of end products in various sizes.
Screens with 5mm, 8mm, and 12mm mesh openings for use in the crushing chamber of the Hammer Crusher:

APPLICATION AREAS

Chromite
Chromite
Coal
Coal
Granite
Granite
Glass
Glass

WORKING PRINCIPLE

The Hammer Crusher is a machine designed for the rapid and efficient crushing of materials. During operation, the loaded material is fragmented by the cyclical movement of the hammers. When activated, the hammers rotate with the power of the motor, delivering high-speed impacts onto the material. This impact effect leads to the crushing and size reduction of the material.

The crushed material then reaches the built-in screening system. The screen has holes of specific sizes and is used to adjust the size of the material. Crushed particles pass through the screen, allowing for separation and collection based on the desired size. This system is particularly designed for processing challenging materials, such as coal with high moisture content, and offers high efficiency along with energy savings.

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