MTM-Q European version heavy-duty grinding machine is the latest grinding equipment with a high level developed by absorbing the latest powder ink technology and concept of Raymond Company in the United States. This model uses a number of latest patented technologies such as bevel gear integral transmission, internal thin oil lubrication system, streamline negative pressure circulation ventilation filtration system, etc. Stable performance, easy operation, low energy consumption, beautiful appearance, and free regulation of finished product particle size.

　　1. Innovative design of grinding rollers and rings. The design of thegrinding roller and grinding ring into a multi-level stepped shape reduces thesliding speed of the material between the trapezoidal grinding roller and thegrinding ring, prolongs the rolling time of the material, and improves thefineness and yield of the finished product.

　　2. Efficient balanced pressure spring. The European trapezoidal grindingmachine draws on the advantages of Raymond mill and suspension roller mill,connecting the grinding roller assembly together through pull rods andhorizontally placed springs. The radial force generated by it avoids the loss oflarge materials on the main shaft and bearings after entering the grindingchamber, and improves the service life of the equipment.

　　3. The main machine and powder selection machine adopt a soft connection,and the shock absorption spring and sealing belt not only reduce vibration andnoise, but also avoid resonance.

　　4. High density and precision impeller device.

　　5. Efficient and energy-saving centrifugal induced draft fan, the Europeantrapezoidal grinder adopts an efficient impeller type energy-saving fan, whichgreatly improves efficiency compared to a straight blade fan.

　　The working process of the MTM-Q European heavy-duty grinding machine hostis driven by the overall transmission device of the bevel gear to rotate thecentral shaft. The upper end of the shaft is connected to the grinding rollerhanger, which is equipped with a grinding roller device and forms a swingingpivot point. The grinding roller device not only rotates around the central
axis, but also revolves around the grinding ring, and the grinding roller itselfrotates due to friction. There is a shovel installed under the grinding rollerhanger, which is located at the lower end of the grinding roller. During therotation of the shovel and the grinding roller, the material is thrown up andfed between the grinding roller and the grinding ring, forming a cushion layer.
This material layer is crushed by the outward centrifugal force (i.e. squeezingforce) generated by the rotation of the grinding roller, thereby achieving thepurpose of powder production.