MTW Series European Trapezium Grinding Mill (MTW Raymond Mill) is developed on the basis of our experts' long-term R & D experience, structure & performance analyses of traditional grinding mills and the integration of proposals from more than 9500 customers. Finally, this new generation of grinding mill with international advanced level is innovatively designed and pushed out through researches of tens of R & D personnel with great concentration. This mill has many merits that traditional grinding mills fail to own, such as cone gear’s whole transmission, inner oil absorption lubrication system, arc air flue and multinomial international advanced technologies. Besides, it owns multinomial autonomous patent technology property rights. It is totally a grinding mill which reaches the international technological level.
The combined-type shovel blade can reduce the cost of wearing parts, with only the blade to be replaced during maintenance; the design of its curved shovel blades can change the feeding angle and prolong the service life of the roller and ring, up to reduce the operating costs.
The circular duct can avoid air energy loss and ensure the transportation efficiency; the high-strength guard plate can protect the working face of the air duct.
The bevel gear integral transmission can achieve higher transmission efficiency, save the space and lower the investment costs.
The unobstructed wear-resistant volute can effectively improve the efficiency of the wind-driven transmission in the mill and simultaneously reduce the costs for material maintenance.
The grinding roller unit operates with compound motion: it orbits the central shaft and travels along the grinding ring, while rotating on its own axis due to friction. This design achieves thorough material pulverization and ensures even wear on the roller surface, effectively extending its service life.
Mounted beneath the roller bracket, the shoveling blade rotates together with the grinding roller. It scoops up materials and guides them into the grinding area to form a uniform material bed.
Driven by centrifugal force, strong extrusion occurs between the grinding roller and ring. The materials inside the bed are fully crushed and pulverized to meet production requirements.
