Roller Grinding Mill

We're here to help:
Easy ways to get the answers you need. Service Online

Advantages of Roller Grinding Mill shockproof design

The Roller Grinding Mill is a widely used milling equipment and is one of the important equipment for deep processing of non-metallic minerals. The Roller Grinding Mill has stable performance, strong adaptability and high cost performance. It is mainly used for barite, calcite, potassium feldspar, talc, marble, limestone, dolomite, fluorite, lime, activated clay, activated carbon, bentonite, kaolin, Cement, phosphate rock, gypsum, glass, thermal insulation materials, etc., with a Mohs hardness of not more than 9, 3, and a non-inflammable and explosive mineral, chemical, construction and other industries with a humidity of 6% or less. Powder processing. The Roller Grinding Mill often vibrates during work. To prevent vibration of the equipment, the shockproof function of the equipment is added. The advantages of the Roller Grinding Mill shockproof design are as follows:

1. Design according to the placement position. The design ground motion parameters of the Roller Grinding Mill equipment are related to the location of the Roller Grinding Mill equipment. Therefore, the ground motion that the Roller Grinding Mill equipment may be subjected to is calculated from the ground motion of the site after considering the amplification of the floor or the countertop.

2. Evaluate the earthquake resistance. The seismic isolation designer of the equipment usually cannot control the seismic capacity of the Roller Grinding Mill equipment, and the seismic performance of the Roller Grinding Mill equipment cannot be further increased due to its structural characteristics. The vibration isolation device of the Roller Grinding Mill can only be designed according to the seismic capacity of the Roller Grinding Mill equipment and the ground motion parameters at the installation.

3. The design of the compartment is based on a dynamic analysis method. The basic theory of the isolation design of Roller Grinding Mill equipment is still the theory of structural dynamics. Due to the complex structure types of Roller Grinding Mill equipment, the structural model for analyzing problems requires some experience and structural dynamics.

4. Design of isolation device for Roller Grinding Mill equipment. The displacement caused by strong vibration is large, and the Roller Grinding Mill equipment isolation device should have a large allowable displacement to achieve the purpose of isolation. In order to generate a large displacement under a small power, the material and structure of the spacer device are specially designed. The use of new isolation materials and rational design of the barrier device is an important issue for the isolation of Roller Grinding Mill equipment.

5. Comprehensive consideration of vibration and vibration isolation. Roller Grinding Mill equipment that needs to be isolated is generally sensitive to vibration, and there are often requirements for isolation and isolation when the isolation requirements are proposed. Some Roller Grinding Mill equipment also have the requirement to work properly under micro-vibration. However, in the design of the isolation, the yield limit should be set to prevent the vibration of the vibration isolation device under the constant vibration.

Send A Message

You can get the price list and a SBM representative will contact you within one business day.