The ensiling technology for wrapped forage is currently the most advanced silage technology. "Baling and wrapping" refers to the process of crushing freshly harvested corn stalks, fresh forage, and other green plants, which are then compacted in high density using a baler. After that, they are wrapped in silage plastic stretch film. The bales of grass wrapped in this manner are placed in a sealed fermentation environment. Under anaerobic conditions, a natural lactic acid fermentation biochemical process is completed within 3 to 6 weeks. The final product has an increased crude protein content, a reduced pH value, and an increased total soluble sugar content, resulting in higher livestock intake rates. Silage film for forage is a functional film that helps preserve the nutritional components of plants such as grass, corn, grains, and vegetables while preventing mold. In addition to being used directly as packaging film for the aforementioned plants or being made into bags for packaging, it can also serve as a covering film for fresh grass, hay, and grains. As one of the most advanced packaging products in silage feed technology, forage silage film has been widely used in Europe, America, Australia, and other countries and regions, with more than a decade of mature usage experience. Our company has introduced advanced multi-layer co-extrusion blown film production lines from Germany. The forage film we developed and produced uses imported linear low-density polyethylene and metallocene polyethylene as the main raw materials, processed into five-layer co-extrusion blown film using a unique formula and technology. Forage silage film is usually available in three colors: white, black, and green. Product specifications: Specific specifications can be negotiated, and custom services are provided. Advantages of forage silage film: 1. Low cost, quick results, and high overall benefits. 2. Good silage feed quality. The good sealing of the stretch film improves the anaerobic fermentation environment quality, enhances the nutritional value of the feed, resulting in high crude protein content, low crude fiber content, high digestibility, good palatability, and a pleasant aroma, significantly improving the quality and yield of livestock meat and milk. 3. Minimal loss and waste, with greatly reduced spoilage and feeding losses. Traditional silage losses can reach 20%-30%. 4. Long storage preservation period. The compact sealing is good, unaffected by seasons, sunlight, rainfall, and groundwater levels, allowing it to be stacked outdoors for 2-3 years. 5. Convenient storage and easy feeding. 6. Environmentally friendly and pollution-free. Due to good sealing performance, there is no leakage of liquid juice. The packaging is appropriate, compact, and high in density, making it easy to transport and commercialize, ensuring balanced supply and year-round use of modern silage feed for medium and large dairy farms, beef cattle farms, goat farms, and livestock farmers. Characteristics of Salit forage silage film: 1. Excellent mechanical properties. 2. A protective level of up to 180KLY, effectively preventing damage from sunlight, especially ultraviolet rays, ensuring low light transmission and avoiding heat accumulation. 3. Consistent quality and thickness, with good thickness distribution of 25 microns across the film. 4. Good stretching performance (even in warm weather and cold winters). 5. No holes present when stretched. 6. Good adhesive sealing between film layers. 7. Strong puncture resistance and good impact resistance. 8. Maintains mechanical properties for over a year even when stored outdoors. 9. Good sealing, blocking oxygen, air, and moisture penetration. 10. High load retention (for packaging integrity). 11. Ensures customers benefit from high-quality film standards, including properties like UV resistance, puncture resistance, adhesion, and stretching dimensions (55-70%), as well as thickness. 12. Designated properties ensure the film performs well during the packaging process, protecting and conserving feed. 13. Specifically designed for efficient grass bale packaging and long-term performance, saving valuable time. 14. The silage film provides tightness for grass bales in all three dimensions, meaning that the "grass bale" has more consistent strength and rigidity, allowing for much higher stacking of grass bales as they better maintain their shape.