The manufacturing process of PLA monofilaments requires special handling technology to prevent it from degrading too quickly. Because PLA is sensitive to humidity, it is not suitable for microwaving or other forms of heating. Further, PLA is biodegradable and can be recycled by industrial composting. Because PLA monofilament is biodegradable, it can be used for many applications, including the packaging of foods.
This material can be mixed with other materials for special properties, such as conductive carbon. It can also be given colour-changing properties. As it is soluble in hot benzene and dioxane, it can be used as a plastic for packaging. Its chemical and physical properties also differ from a hydrocarbon-based material. The polymer is semi-crystalline and has a glass transition temperature of 60-65 degC. Its tensile modulus is 2.7-16 GPa.
The manufacture of PLA monofilament for packaging requires special handling technologies. It is extremely sensitive to humidity and must be stored and shipped under strict conditions. Proper handling is also essential as the material is easily damaged when wet. So, we recommend that we use a high-quality product packaging material. This will ensure that the product lasts a long time. Further, PLA polymer is also CO2-neutral and biodegradable.
In addition to a biodegradable polymer, the biobased one is biodegradable and renewable. It is made from natural resources and can be used as a substitute for petrochemical materials in packaging. Moreover, the use of PLA monofilament in packaging means that the environment is more beautiful and less polluted, and this is a good sign for the environment. You can also make biodegradable products by adding conductive carbon to the plastic.
The production of PLA monofilament is a natural step towards an environmentally friendly production process. The biodegradable material can be combined with natural products, such as natural fibers. The environmental advantages of the biobased material are also important. They are used in a wide range of consumer products, including textiles, furniture, and packaging. The main disadvantage of PLA is that it is not biodegradable.
The PLA monofilament can be made from renewable resources and is biodegradable. The production of packaging materials made from PLA monofilament is eco-friendly and can be combined with natural products to provide more environmentally-friendly solutions. This biobased material is also considered a good option for food and beverage containers. The recyclability of PLA polymers in this application is also a benefit. The biodegradable material does not contain any chemical additives and is also free of toxins.
PLA monofilament is produced by MONFIL equipment. It is a biobased material and can be used in packaging. It can also be used in other packaging industries. For example, it can be used to make strapping tapes for packages. The PLA material is a good choice for food and drink companies. It is suitable for food-packaging, and also meets the EN 13432 requirements.
The company develops PLA monofilament for teabags and other applications. The fabric is 100% biobased and is biodegradable. It meets the standards of EN 13432 for packaging. In addition, it is environmentally friendly and can be recovered through industrial composting. Its durable initiative makes it an ideal choice for a sustainable, cost-efficient and eco-friendly packaging. It is also suitable for teabags and other small containers.
MONFIL equipment is used for the extrusion of polylactic acid, PP, PA, and PET. Its PLASTRAP machine is used for the extrusion of strapping tapes. The main width of the godets is 600-1000 mm. The MONFIL machinery is suitable for all types of packaging. These products are biodegradable and compostable. They are considered durable by consumers.
