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/ 15537360445 (Not a telephone) Introduction: Linear vibrating screen uses vibrating motor vibration as a vibration source to make materials thrown up on the screen and move straight forward at the same time. The material evenly enters the feeding port of the screening machine from the feeder. Several types of oversize and undersize materials are generated through the multi-layer screen and discharged from the respective outlets. With low energy consumption, high output, simple structure, easy maintenance, fully enclosed structure, no dust, automatic discharge, more suitable for assembly line operations. Features: (1) Sieve design, exquisite and easy assembly, one person can operate the sieve machine. (2) Comparing with other related sieves, it has a larger screening area and high efficiency processing capacity. (3) The unique screen design of the screen makes it easy and quick to change the screen (only 3 to 5 minutes). In addition, this design allows the use of screens of various materials. (4) The mother net fully supports the fine net, so the fine net can have a longer life span, and lower fine net consumables use can reduce many costs for a long time production process. (5) It has the characteristics of high screening accuracy, simple structure, easy maintenance, low energy consumption, low noise, good sealing, reduced dust pollution, long screen life, and can be used for automated operations in assembly line production. Applicable industry: Linear vibrating screen (linear screen) is a new type of efficient screening equipment, widely used in mining, coal, smelting, building materials, refractories, light industry, chemical industry and other industries. The linear vibrating screen can also be driven by a dual-vibration motor for the powdery and linear vibrating screen. When the two vibrating motors are synchronously and inversely rotated, the excitation force generated by the eccentric blocks cancel each other in a direction parallel to the axis of the motor. In the direction perpendicular to the axis of the motor, it is a resultant force, so the trajectory of the screen is a straight line. The two motor shafts have a tilt angle with respect to the screen surface. Under the combined effect of the excitation force and the material's self-gravity force, the material is thrown on the screen surface to make a straight forward movement in order to achieve the purpose of screening and grading the materials. Can be used to implement automated operations in the assembly line. It has the features of low energy consumption, high efficiency, simple structure, easy maintenance and no dust spillage in the fully enclosed structure. With a mesh size of 400 mesh, 7 different particle sizes can be sieved. Technical parameters: 【Original content】 Standard vibrating screen in the vibrating screen manufacturers refers to the upper part of the vibrating screen is made of stainless steel, and the lower part is made of carbon steel. However, the standard difference between the standard shaker and the non-standard shaker is that the difference is based on the particle size of the material. The standard vibrating screen in the vibrating screen manufacturers refers to the upper half of the vibrating screen is made of stainless steel and the lower half is made of carbon steel. However, the standard difference between the standard shaker and the non-standard shaker is that the difference is based on the particle size of the material. Second, according to the characteristics of the aluminum surface, such as easy oxidation, there are fatal defects in the process, which directly affect the quality of the motor, the reliability of motor operation and the service life of the motor. What needs to be emphasized is that the production of enameled wires requires relevant production licenses, but aluminum enameled wires do not yet have home standards, and they are even less likely to be included in the home production license list. Can be used to implement automated operations in the assembly line. It has the features of low energy consumption, high efficiency, simple structure, easy maintenance and no dust spillage in the fully enclosed structure. With a mesh size of 325 mesh, 7 different particle sizes can be sieved. Linear Vibrating Screen Range The linear vibrating screen is driven by dual vibrating motors. When the two vibrating motors are synchronized and reversed, the excitation force generated by the eccentric blocks cancel each other in the direction parallel to the axis of the motor, perpendicular to the motor. The direction of the shaft is a combined force, so the trajectory of the screen is a straight line. The two motor shafts have a tilt angle with respect to the screen surface. Under the combined effect of the excitation force and the material's self-gravity force, the material is thrown on the screen surface to make a straight forward movement in order to achieve the purpose of screening and grading the materials. The standard vibrating screen in the vibrating screen manufacturers refers to the upper half of the vibrating screen is made of stainless steel and the lower half is made of carbon steel. However, the standard difference between the standard shaker and the non-standard shaker is that the difference is based on the particle size of the material. Linear vibrating screen can use stainless steel linear vibrating screen is the use of vibrating motor vibration as a vibration source, so that the material is thrown on the screen, while moving straight forward, the material from the feeder evenly into the screening machine feed inlet, Several types of oversize and undersize materials are generated through the multi-layer screen and discharged from the respective outlets. Can be used to implement automated operations in the assembly line. It has the features of low energy consumption, high efficiency, simple structure, easy maintenance and no dust spillage in the fully enclosed structure. With a mesh size of 325 mesh, 7 different particle sizes can be sieved. Linear vibrating screen use scope