Plastic substitute for packaging is an innovative alternative packaging material. This material is mainly used to replace traditional plastic packaging to cope with the increasingly serious problem of plastic pollution.

It may be made from natural renewable resources, such as plant fibers, starch, etc. These raw materials are widely available and sustainable, reducing the burden on the environment. In terms of performance, it has good flexibility and strength, and can effectively protect products from damage during transportation and storage, just as reliable as traditional plastic packaging. At the same time, it also has excellent barrier properties to prevent air, moisture, etc. from affecting product quality. Moreover, this alternative material is degradable or easy to recycle, and will not remain in the environment for a long time after use, which helps to reduce the amount of landfill and marine pollution, and meets the requirements of modern environmental protection and sustainable development.

Features of plastic substitute for packaging:

Water solubility: Plastic substitute for packaging usually dissolves completely in water at a certain temperature, so it is easy to handle and does not leave harmful residues.

Material composition: Plastic substitute for packaging is usually made of biodegradable polymers, such as polyvinyl alcohol (PVA) or other natural materials.

Customizability: A variety of thicknesses, sizes and formulations are available to meet different packaging needs.

Benefits:

Environmental Impact: Contributes to sustainable development by reducing plastic waste by providing a biodegradable packaging option.

Convenience: Ideal for single-use applications as it simplifies disposal and reduces the need for traditional waste management.

Versatility: Can be used in a variety of products, from household items to industrial applications.

Applications:

Consumer Products: Often used to package disposable items such as laundry pods, detergent capsules and cleaning wipes.

Medical Supplies: Used for sterile packaging of medical devices and pharmaceuticals that require a protective dissolvable barrier.

Agricultural Uses: Used in seed coatings or other applications where the film may dissolve and have an impact on the environment.

Precautions

Storage Conditions: Soluble films can be sensitive to humidity and temperature, so they should be stored in a cool, dry place to maintain their effectiveness.

Water Temperature: The solubility of the film may depend on the water temperature, and some formulations require warm or hot water to dissolve properly.

Compatibility: Make sure the specific soluble film is suitable for the intended use, as not all films are suitable for all uses.