The silage wrap has been used by Native American and other indigenous peoples for hundreds of years. Wrapping or binding plant fibres together in a ‘rug’ is a centuries-old technique used to strengthen plant stalks and allow various harvesting methods. This practice has continued today. While the underlying concept has not changed, the raw materials and equipment necessary to perform the wrapping process have.
When you seek easy, effortless baling that will give you plenty of revenue from your silage wrapping, you should seriously try using a Silage wrap machine. It has many benefits, primarily because it is made from the very best plant fibres with no chemicals or toxins of any kind used in the process. It has also been designed to withstand harsh conditions and is exceptionally long-lasting. Most silage wraps, when rolled on, have a life expectancy of around five years. This durability makes it an ideal addition to the modern farmer’s arsenal, helping to protect and nurture the crops that are their livelihood.
However, even though the silage wrapping process is absolutely risk-free and completely environment friendly, farmers still need to use certain practices to ensure that the plant fibres produced are as pure and fibrous as possible. First and foremost, bales are stacked on top of each other to maximise the amount of space available.
The use of clear plastic film ensures that the silage is kept as clean as possible, allowing it to be analysed in laboratories. The film is also extremely durable, able to withstand temperatures of up to 1000 degree Celsius, preventing it from being ruined by the harsh conditions it encounters every day. With such durability in mind, the vast array of uses for silage wrapping is becoming more apparent. From farmers helping to save the environment to schools and universities, the technology benefits are seemingly endless.
The most common reason farmers use polyethylene is to wrap feed crops. Feed crops, such as alfalfa or barley, must be kept at a very high temperature to encourage germination and keep them fresh until they are planted into the soil. However, high temperature alone is not enough to guarantee a successful crop. To ensure a successful planting, the temperature must be maintained at a consistent level, meaning time and effort in painstaking cultivation are required. Polyethylene comes in; it is an absorbent designed specifically to work in the absence of direct sunlight or heat to prevent damage to the seeds.
Another common use of polyethylene is in the manufacture of baling, which involves binding materials together using the principle of thermal radiation. Because it is not affected by temperature, bales are guaranteed to stay dry for longer periods than traditional materials like cotton. It means bales can be kept off the shelves in supermarkets for longer periods, allowing more space to be allocated for other necessities.
The last, but certainly not the least, is that companies producing and processing plastic Silage wrap for recycling have begun to use the product differently altogether. Instead of harvesting it and then breaking down the resulting plastics, companies have begun to process the material directly into something useful. It is done in an environmentally responsible way, meaning that plastic waste is used for more sustainable purposes than contributing to the growing problem of plastic waste in landfill sites worldwide. This shift towards smarter environmental practices is an important step forward in protecting the environment and laying the groundwork for a future in which all plastic is reused.