The twin shaft concrete mixer has been brought to the global concrete mixing industry as a result of the ongoing advancement of science and technology. This introduces both commercial opportunities and rivalry to the industry. Our concrete mixing construction sector has benefited from the development of a dual shaft concrete mixer, which is now being used. Allow the experts at Daswell to provide you with further information on the inside structure of the dual shaft concrete mixer. Henan Daswell Equipment Co., Ltd. is a professional manufacturer and dealer that has been focusing in the research, development, and manufacturing of construction machinery for close to thirty years. Products such as mobile block machines, concrete batching plants, concrete mixers, block forming machines, concrete pumps, and other similar items are among our most important offerings. One of the most intriguing concrete mixers is the JS series concrete mixer, which has a dual shaft. For the purpose of mixing normal, dry concrete and cement slurry, it may be used for a wide variety of ready-mixed manufactured products and building projects. Mixing, loading, water supply, discharging, and an electrical appliance system are the fundamental components that make up the JS series concrete mixer. The electromotor, the belt wheel mobile block machine, the speed reducer, the open gear, the mixing container, the mixing facility, and the oil facility are the components that together make up the mixing system. Additionally, two out-put speed reducers drive correspondingly two horizontal mixing shafts to spin in a negative direction. The electromotor is responsible for driving the secondary gear speed reducer via a belt. The buried screw is used to secure the welded circular profile of the container, which is facing the scale board that is contained therein, to the body of the pitcher thoroughly. Inside of the mixing container, there are two horizontal mixing shafts, and each mixing shaft has a pair of mixing vanes. In the vicinity of the mixing container, the sideways vanes that are located on the mixing arm have the potential to collide with the concrete that is on the surface. The distance between the vanes and the scale board is equal to or less than 5 millimeters. The mechanism that seals the gap between the mixing post and the mixing container is installed. In order to ensure that the seal is of high quality, the rich gasoline pump that is attached to the mixing container allows oil to be freely poured into the seal mechanism.
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