Mechanical Cone Crusher For Chemical Industry With Discharge 0-5 Mm

Product Description:

Mechanical Cone Crusher is an ideal hard rock crushing solution for mining industry. It is designed to crush hard rocks with a capacity of 15-25t/h. The crusher is constructed of steel, manganese steel and is capable of crushing hard rocks with a feed size of ≤ 50mm. The Mechanical Cone Crusher can produce a discharge of 30-65 mm, making it perfect for hard rock crushing. With its impressive capacity and superior performance, the Cone Crusher is a great choice for brittle clinker

crushing and other related applications.

Working Principles:
The Mechanical Cone Crusher operates on the principle of compression crushing. The clinker enters the crusher through a feed hopper and falls onto a rotating table equipped with crushing plates or anvils. As the clinker passes between the crushing plates, it is subjected to compressive forces, resulting in the fragmentation of larger particles into smaller ones. The crushed clinker then exits the crusher through a discharge chute.

Design and Operation:
The Mechanical Cone Crusher crusher consists of a vertical shaft equipped with specially designed rotating hammers or flails. As the shaft rotates at a low speed, the hammers impact and crush the incoming clinker, breaking it into smaller pieces. The crusher operates with high torque and low rotational speed, which ensures efficient and controlled crushing without generating excessive heat or fines.

Features:

• Product Name: Mechanical Cone Crusher
• Power: 15kw
• Type: Mechanical Cone Crusher XCLA-1600(S)
• Delivery: 30-90 Days
• Material: Steel, Manganese Steel
• Capacity: 15-25t/h
• Specialty: Run at low speed, Low operating cost, Tertiary crushing

Technical Parameters:

Applications:

Benefits:

1. Efficient Size Reduction: The low-speed vertical shaft crusher ensures efficient size reduction of cement clinker, producing a finely crushed product with a narrow particle size distribution. This is crucial for the subsequent stages of brittle clinker production, such as grinding and blending.
2. Reduced Energy Consumption: The low-speed operation of the crusher significantly reduces the energy consumption compared to high-speed crushers. This translates into cost savings and a more sustainable approach to brittle clinker manufacturing.
3. Improved Process Stability: The uniform crushing provided by the low-speed vertical shaft crusher contributes to improved process stability in brittle clinker production. Consistent clinker particle size distribution leads to better control over the grinding process and ultimately results in higher-quality cement.
4. Enhanced Equipment Durability: The use of wear-resistant components in the crusher ensures prolonged equipment life, reducing downtime and maintenance costs. The robust design and low-speed operation further contribute to the durability and reliability of the crusher.

5. Summary​: Efficient Size Reduction, Reduced Energy Consumption, Improved Process Stability, Enhanced Equipment Durability

FAQ: