Coated Cellulose Film from China Factory | Sustainable Packaging Suppliers for Food & Pharma
This version provides heat-sealability on a single surface while the reverse side retains the natural, original texture of cellulose. It is engineered as a highly cost-effective solution, offering an excellent balance between high-performance barrier properties and budget optimization. It is ideal for brands seeking a premium, non-plastic feel without compromising on functional sealing.
Designed for maximum versatility, this version provides symmetric heat-sealability on both surfaces and an ultra-high barrier against moisture and oxygen, ensuring peak protection and airtight integrity for complex packaging formats.
Natural and Biodegradable: Like other cellulose films, coated cellulose film is made from renewable plant resources and is biodegradable and compostable.
Double Coating: The advanced coating applied to our cellulose film series provides critical functional enhancements, including superior barrier properties, reliable heat-sealability, premium printability, and robust resistance to specific chemicals.
Versatility: The film can be used in a wide range of applications, depending on the type of coating used. It can be used for food packaging, pharmaceutical packaging, and more.
High Transparency: Despite the coating, two sides of coated cellulose film often maintains a high level of transparency, allowing the product inside to be clearly visible.
Printable: Both sides of the film can often be printed with logos, branding, and other information.
Strength and Flexibility: Cellulose film is strong and flexible, making it resistant to tears and punctures.
Breathable: Cellulose film is breathable, which can help to preserve the freshness of certain types of food products.
Customizable: The type of coating used can be customized based on the specific needs of the product being packaged.
Enhanced Properties: The use of a coating on both sides can enhance the film's properties, providing superior protection and performance compared to single-sided coatings.