Over the past few decades in rural areas, after the harvest of crops and fruits, a large amount of crop straw was a problem due to lack of storage space. Households without livestock had to resort to burning to address the issue of land occupation. This practice was not only unsafe but also polluted the air. Now, with the widespread adoption of mechanization replacing manual labor, small-scale agricultural machinery is abundant in every household, and the introduction of shredders has brought relief to the disposal of crop straw. Livestock farmers now have ample forage and grain, and power plants have access to fuel for electricity generation. As a result, the urgent need for bulk and high-yield straw shredders has emerged.
The small corn straw shredder can process crop straws and feed into powder form, mainly used for shredding straws, wheat straw, cotton stems, peanut shells, corn cobs, branch shredding, and medicine powder. Working principle of the small corn shredder: The shredded material enters the shredding chamber from the feed hopper, where the cutting knives first cut the material, followed by the hammer blades for further shredding, all in one go. The fineness is controlled by the screen mesh, and the wind pressure generated by the shredder directly expels the shredded material.
Large Baler Straw Chopping Machine: The large bale straw chopper directly feeds bundled or baled straw materials into a disk chopper using a forklift or belt conveyor. The machine features sharp rotating knives for high-speed cutting, producing various sizes and lengths of straw materials. It can also adjust the fineness of the chopped straw according to user requirements through a sieve. The machine body is made of steel plate, weighing approximately 3-5 tons. It boasts stable performance, high output, strong crushing power, no blind spots, high efficiency, safety, and smooth operation. It is widely favored by medium and large enterprises such as livestock breeding farms, biomass power plants, ponds, and biomass fuel factories.
