The TGM new high-pressure suspended roller mill is a new product with advanced foreign level. Based on the usage and suggestions of mill users, it has been updated and improved on the basis of the high-pressure suspended roller mill, providing a new and energy-saving high-precision milling equipment for users inside and outside the industry. This model adopts five mill technologies, including trapezoidal working face, flexible connection, and roller linkage boosting.

1. The flexible connection between the components of the classifier and the main engine is achieved by using high-pressure springs and sealing belts to reduce equipment vibration and noise, while avoiding resonance between the main engine and classifier. This effectively reduces the wear of bearings and oil seals inside the main engine and classifier, and improves their service life;
2. The curved air duct adopts a curved air duct with a smooth tangential airflow inlet, low resistance, and an internal outlet direction that is conducive to material dispersion and less prone to blockage;
3. Adding protective plates to the air duct and grinding roller bearing chamber: reduces the friction of incoming air on the air duct and the accumulation of materials at the air duct, avoids the loss of air volume caused by the accumulation of materials, increases the incoming air flow rate per unit time, and thereby increases production; A protective plate is added to the lower part of the grinding roller bearing chamber to effectively protect the wear caused by dust entering the lower bearing of the grinding roller bearing chamber and improve its service life;
4. No eddy current in the small observation door of the unobstructed intake volute: The inner surface of the intake volute observation door panel is on the same curved surface as the inner surface of the volute, effectively avoiding the loss of intake air volume caused by eddy current effects and thereby increasing production;
5. Grinding roller linkage pressurization: The high-pressure spring is placed horizontally, with stronger and more direct pressure, which improves the fineness and output of the finished product. The radial force generated avoids the loss of the main shaft and bearings caused by large pieces of material entering the grinding chamber;
6. The finished product has adjustable particle size and high collection accuracy. The components are connected flexibly to reduce equipment vibration. On the basis of this, the speed range of the classifier is greatly increased, which expands the sorting range of finished product particle size and improves the application surface of the equipment;
7. The transmission system adopts high-performance reducers and is equipped with internal oil pumps, ensuring transmission accuracy and efficiency while improving equipment service life and reducing maintenance and repair costs;
8. The upper opening of the classifier adopts a curved design. After the finished powder is sorted by the sorting machine and enters the attached pipeline, the traditional grinder adopts a straight through connection casing. Our company's product uses a conical curved casing, which makes it easier for the finished powder to enter the attached air duct, reducing the suspended finished powder inside the classifier casing and thereby increasing the finished product output;
9. The grinding roller is tightly pressed against the grinding ring under the action of centrifugal force, so when the grinding roller and ring wear to thickness, it does not affect the yield and fineness of the finished product. The replacement cycle of grinding rollers and grinding rings is long, thus eliminating the disadvantage of short replacement cycle of vulnerable parts in centrifugal crushers.

The host drives the spindle through a motor and a V-belt, causing the rotor to rotate. The hammer head is stretched outwards by the centrifugal force generated during rotation, and large pieces of material enter the crushing chamber from the feeding port and are then crushed by the high-speed moving hammer. The qualified crushed materials are discharged through the slotted grate at the bottom, while the unqualified ones are left in the crushing chamber and repeatedly acted upon by hammers and striking iron blocks until they can be discharged as qualified. To avoid blockage, the moisture content of the crushed material generally does not exceed 5%.