摩托真正高手
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3-DEM Curve ChuteOnline Inquiry
Product Description:
? ?3-DEM curve falling coal pipe technology is based on discrete element method. Solid Works three-dimensional design modeling technology and advanced granulometry simulation software are used to simulate the behavior characteristics of granular system in bulk material conveying process, so as to help designers design, test and optimize bulk material handling equipment.
? ? 3-DEM (three-dimensional dispersed material aggregation) curve falling pipe equipment includes head funnel (shield), head collector diversion device, curve falling pipe, collector buffer device, material transfer feeding spoon, induced Wind Damper device. By optimizing the design of the transfer point, the problems such as large dust, serious blockage and deviation of tape in the transfer point can be solved. The design of the transfer point system can ensure the efficient and smooth material transfer and the cleanliness and safety of the transfer station.
Technical characteristics of 3-DEM curve falling coal pipe:
◆??Reduce the impact and wear of material on drop pipe, belt, idler and guide groove, and prolong the service life of equipment.
◆??Through precise design, the material can achieve a safe "soft landing" on the belt, eliminating the phenomenon of belt tear.
◆??Through precise design, the material can form grooves to accumulate in the middle of the tape, and the heavy load deviation of the belt can be eliminated completely.
◆??Effectively reduce material leakage and dust generation, fundamentally improve the working environment of trestle;
◆??Effectively eliminate the blockage of coal drop pipe caused by conveying high water content materials and eliminate potential safety hazards.
◆??The reduction of material leakage and dust raising improves the working conditions, reduces the input of dust removal equipment and operation and maintenance costs, reduces the number of washing trestles, and improves the service life of rotating equipment.
◆??Ensure that the material is integrated into a certain shape and then transported.
◆??Reduce the material carrying air, reduce the falling speed, reduce the direct impact on the chute lining;
◆??It realizes that the material runs in the direction of receiving conveyor belt with low impact angle and near receiving conveyor belt conveyor speed.
◆??Reduce the gravity acceleration of material flow, reduce the crushing and dust of material, reduce the induced wind when material falls, reduce the impact of material on equipment, and reduce the impact noise.
◆??Reduce the investment and operation cost of dust removal equipment, reduce the replacement cost of the original chute wear-resistant liner, improve the overall economic efficiency, and achieve the goal of "cost reduction and efficiency increase".
Typical simulation and analysis
Solid Works Three-dimensional
Modeling Software
DEM Software for Dynamic
Simulation of Granularity

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