Meka Secondary Impact Crusher

Meka Secondary Impact Crusher

HIGH QUALITY FINE PRODUCTION

High Percentage of Cubical Shape and Close Grain Distribution

CRUSHER BODY

Increased capacity with new crushing chamber design. A security sensor stops the system when the door is opened during maintenance. Lock systems prevent the machine body from closing down hazardously. The crusher body is manufactured with 20mm-thick high-quality steel plate.

WEAR PARTS

Enhanced solid wear parts and liners.

ROTOR

The quality of the dynamic rotor balance is G 6.3, according to ISO 1940/1

BEARINGS

Upper-class heavy-duty SKF bearings, with bearing temperature sensors.

HIGH PRODUCTIVITY

MSI Series crushers are very versatile for the production of fine materials with a precise cubical shape. The robust design boosts productivity and ensures that our customers can successfully carry out difficult tasks. A high reduction ratio provides less recirculation in the crushing plant, thus decreasing the workload of the vibrating screens, conveyors and other crushers. As a result, overall maintenance and spare parts requirements for Meka’s crushing and screening plants are minimal compared to competitors’ plants.

RELIABLE DESIGN FOR LONG-TERM USE

Meka’s series of crushers have been designed to gain the trust and confidence of our customers. Our precisely machined welded construction rotors have proven construction, ensuring long-term use. In addition, all components are of premium quality in order to give our customers a trouble-free operation experience.

EXCELLENCE IN THE RECYCLING PROCESS

Our MSI Series grinding impact crushers have a very competitive design for the asphalt recycling process. Our experienced engineering team has optimised the structure of the distributor plates to be less sensitive to sticky materials, separating these materials better, which is particularly important in the asphalt recycling processes. The MSI Series’ design, with two independent breaker plates, is also optimized to provide better performance in concrete recycling processes.