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Sunflower Seed Husking Machine
Sunflower Seed Husking Machine
The sunflower seed husking machine is designed to remove the seeds from the shell.sunflower seed husking machine This machinery has high automation characters and is a perfect choice for small to medium-sized sunflower farms. It is capable of cracking, shelling, separating and grading sunflower seeds. It can also be used to remove miscellaneous impurities from the sunflower seeds. It also has the ability to recheck the seeds for any unshelled ones.
The Mmctech impact dehuller is an advanced sunflower seed processing machine that offers unparalleled performance in hulling. It features a rotating impeller with four outward-directing blades. When the seeds are fed onto the center of the impeller, they are accelerated and collide with a static wall, effectively cracking the shell. This innovative technique minimizes damage to the kernel and ensures a high-quality mixture of kernels and hulls.
Sunflower seed husk pellet fuel is an excellent biofuel and an alternative to fossil fuels. It is an abundant biomass byproduct and has a high calorific value, which makes it a promising source of energy. It can be easily converted into pellets and burned as a substitute for coal or natural gas. It has a low carbon content and significantly reduces greenhouse gas emissions. It is also a safe and sustainable fuel, and its price is considerably lower than that of fossil fuels.
During the mechanized threshing of sunflowers, the productivity, threshing efficiency, broken seeds, grain loss and power consumption are key indicators of the thresher’s performance. According to Ref. [20], the threshing efficiency of a rubbing thresher machine can be affected by a number of factors, including feed rate, roller speed and concave clearance. In addition, a variable air-jet effect can improve the threshing efficiency and decrease the broken seeds percentage.
In general, a higher feed rate leads to a higher broken seeds percentage and higher power consumption. This is because a larger amount of sunflower heads accumulate inside the threshing box, and the friction between them and the teeth increases. Moreover, the threshing rollers must apply a greater force to break the hulls.
The threshing efficiency of the thresher is affected by a variety of factors, such as roller speed, threshing belt linear speed and concave clearance. In addition, the Buckingham p theorem was used to find an equation for predicting threshing efficiency.
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