KNP Series Impact Crusher

Product Introduction

KNP series impact crusher is an efficient equipment in the field of ore processing, particularly suitable for coarse and medium-fine crushing operations. Its outstanding crushing performance, versatile application range, and stable operational characteristics make it the preferred crushing equipment in various industries.

Application

KNP series impact crushers are widely used in ore processing, construction aggregate production, road construction, and other fields, efficiently processing various medium and lower hardness rock materials to meet crushing requirements of different particle sizes.

Performance Features

High Crushing Ratio 

The KNP series crusher is renowned for its high crushing ratio, reaching up to approximately 10. It achieves maximum crushing effects with minimal crushing stages, sometimes producing final products in just one stage, significantly improving production efficiency.

Heavy-duty Rotor Design

 Utilizing a heavy-duty rotor design combined with a unique crushing chamber structure ensures stability during high-speed operation. It optimizes crushing effects, resulting in more uniform and aesthetically pleasing final product particle shapes.

Versatile Rotor and Hammer

Enlarging the primary crushing rotor size allows for interchangeable use between coarse and secondary crushing rotors with the same hammers. This design reduces spare parts costs and enhances equipment flexibility.

Unique Hammer Locking Device

Hammers are secured to the rotor with a set of wedges, providing greater fastening torque. This effectively prevents loosening and detachment during the crushing process, prolonging hammer lifespan.

High-precision Mechanical Machining

The contact surfaces between hammers and rotors undergo strict mechanical precision machining, eliminating gaps and further securing the hammers. This enhances crushing efficiency and stability.

Hydraulic Adjustment System

Equipped with a hydraulic device for easy frame opening and discharge adjustment, adapting to crushing operations with varying particle size requirements. This design simplifies operation procedures and improves work efficiency.

Modular Wear Parts Design

Wear parts are modularly designed to minimize spare part varieties. Components can be interchanged based on wear degree, reducing inventory costs and enhancing maintenance efficiency.

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