The ensiling season often means high-intensity manual labor for farmers, especially in the tying process, which is time-consuming, labor-intensive, and prone to errors. By optimizing the design of high-quality grass bundling inner membrane, the dependence on manual labor is greatly reduced, allowing ensiling operations to bid farewell to the "artificial nightmare".
Traditional inner membrane rolls have uneven diameters and slow unwinding, requiring dedicated personnel to constantly monitor and adjust. Each person can assist in bundling up to 50 bundles of grass per day. This inner film adopts an optimized core design and uniform slitting process, which eliminates the need for frequent intervention during unwinding. One person can operate two balers simultaneously, increasing the daily bundling volume to over 200 bales. At the same time, the viscosity of the inner membrane is moderate, and it can automatically adhere to the grass bundle during the bundling process, without the need for manual adjustment of position, reducing repetitive actions such as bending and pulling, and reducing labor intensity.
A farmer in Gansu used to hire three workers during the ensiling season, working 10 hours a day to complete the task. After using this inner membrane, only one worker is needed to easily handle it, and they can finish work 2 hours earlier every day, saving 60% of labor costs. In addition, the packaging design of the inner membrane is more user-friendly, and each roll of inner membrane is equipped with convenient handling handles, making it easy for female farmers to move around; The outer packaging is clearly labeled with specifications and instructions for use, allowing beginners to quickly get started without training. From unwinding to bundling to transportation, every design of this grass bundling inner membrane is tailored to the actual operational needs of farmers, making ensiling operations easier and more efficient.

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