High Bamier Regenerated Biodegradable Cellulose Film

Stickers Key Attributes

Surface Substrate

Stickers Adhesive

Release Paper

Physical Test Data

Package Size

About Stickers Goods Packing

Other Attributes

Product Details

Regenerated cellulose film is a degradable material made from natural cellulose such as wood pulp and cotton pulp. t goes through a seriesof chemical changes such as alkaization, xanthation and casting and change into another regenerated cellulose film. Compared with paperregenerated cellulose film not only has better flexibility, but also has the same transparency as glass.

Regenerated cellulose film has the advantages of non-toxic and tasteless, high-temperature resistance, anti-static, and direct contact withfood, making it widely used in fields such as food, medicine, labeling, tape, cosmetics, precision instruments, etc.

In recent vears, the global polution problem has become increasingly severe, in order to control the continuous deterioration ofthe environment, a series of environmental protection policies and requlalions have been introduced at home and abroad.

With the deepening of policiesenvironmenlal polution has become an undeniable issue and has become the focus of alobal altention foday, As a nalural and environmentallfriendly material, regenerated cellulose film can quickly degrade in soi without causing secondary pollution to the environment, it is a natural'fertilizer" that alians with today's human vision for a better living environment.With the increasing globalization of"plastic restricion", regenerated cellulose films will become the backbone of buiding a "green home" in the future.

High barrier regenerated cellulose film is a high-performance and sustainable packaging material made from natural and renewable cellulose (usually derived from sustainably managed wood pulp) as the base material. After being formed into a film through advanced processes (such as casting), a special high-barrier coating or composite layer is applied. It perfectly combines the excellent properties of natural cellulose with the outstanding barrier performance of plastics.

Regular Specifications and Technical Indicators (Typical Value)

The commonly used weight range is 30g, etc The specific width and length can be negotiated with the customer.

Characteristic	Test Method	Unit		DOUBLE-BIO-RCM-MK-FILM
				350	500
Substance	OwnLikes Testmethod	g/m²		35	50
Thickness	OwnLikes Testmethod	um		23	34
Water Vapor Permeability	ASTM E 96	g/m².24h		18
Permeability To:Oxygen	ASTM F 1927	cc/m².24h		1.8
Coefficient Offriction	ASTM D 1894	Static/Dynamic		0.3 / 0.25
Tensile Strength	ASTM D 882	N/15mm	MD	66	69
			TD	36	37
Elongationat Break	ASTM D 882	%	MD	13	15
			TD	32	36

All technical data is tested under laboratory standard conditions: 23 ± 2℃; 50±5% RH.

Similar Biodegradable Cellulose Film Products

Biodegradable Cellulose Film Core Advantages Characteristics:

• Outstanding barrier performance:

High oxygen barrier property (OTR) : Effectively blocks oxygen penetration, significantly extending the shelf life of food (especially fresh fruits and vegetables, meat, nuts, baked goods, etc. that are prone to oxidation and deterioration), maintaining the freshness, color, flavor and nutritional value of the products.

High water vapor barrier (WVTR) : Effectively prevents the intrusion or loss of water vapor, protecting the contents from moisture or dryness. It is suitable for products sensitive to humidity (such as dry goods, snacks, and medicines).

Optional barrier properties: Customized coatings or composite structures can be made according to specific requirements (such as blocking oils, fragrances, odors, ultraviolet rays, etc.) to provide targeted protection.

• Outstanding environmental friendliness and sustainability:

Renewable base material: The core raw material cellulose comes from sustainably managed forests and is a renewable resource.

Biodegradability and compostability: The cellulose substrate itself is biodegradable under industrial composting conditions. Depending on the selection of coating/composite layer materials (such as specific polymers or bio-based coatings), some products can meet industrial compostable certification standards (such as EN 13432, ASTM D6400), significantly reducing plastic pollution and landfill burden.

Recyclable potential: With the development of recycling technology, high-barrier cellulose membranes with specific structures have recyclable potential in dedicated recycling streams.

Reducing carbon footprint: Compared with plastic high-barrier films that are entirely based on fossil fuels, the carbon footprint of its production process is usually lower.

• Excellent material properties:

Good mechanical strength and toughness: It has sufficient tear and puncture resistance to meet packaging and transportation requirements.

Excellent transparency and gloss: Provide clear product visibility and enhance shelf appeal.

Good printability: The surface is easy to print with high quality and is suitable for brand promotion and product information display.

Heat sealing performance: Reliable heat sealing can be achieved through appropriate coatings or composite layers to ensure the sealing property of the packaging.

Air permeability Regulation (MVTR) : The basic cellulose membrane itself has a certain degree of air permeability. Combined with high-barrier coatings, packaging with specific "breathing" functions can be designed, especially suitable for fresh agricultural products (modified atmosphere packaging - MAP).

• Food safety

Natural base material: Cellulose is a natural polymer and is non-toxic and harmless.

Compliance with regulations: It can meet strict food safety contact standards (such as FDA, EU, etc.).

Biodegradable Cellulose Film Application Scenarios

Food packaging

Modified atmosphere packaging (MAP) for fresh fruits and vegetables (salads, pre-cut fruits and vegetables).

• Vacuum or modified atmosphere packaging of meat, poultry and seafood.
• Packaging of easily oxidized foods such as nuts, coffee beans and snacks.
• Packaging for baked goods, cheese and ready-to-eat meals.
• Packaging for moisture-proof products such as dry goods and condiments.

Pharmaceutical and health product packaging: blister packaging, outer packaging bags and other products that require high barrier protection.

Personal care and cosmetic packaging: mask packaging, wet wipe packaging, high-end skin care product packaging, etc.

Industrial packaging: Packaging for sensitive products such as electronic components and precision instruments that require moisture-proofing and anti-oxidation.

Biodegradable Cellulose Film Technical Parameters
Attribute: Numerical value/Characteristic
Raw Material: Natural plant cellulose
Thickness Range :20-100 μm (Customizable)
Tensile Strength :≥40 MPa (longitudinal)
Degradation Conditions: Industrial composting (temperature 58±2°C, humidity 50-60%)
Printing Compatibility: water-based /UV ink, heat transfer printing, digital inkjet printing
Transparency :≥90%
Operating Temperature :-20°C to 120°C

Biodegradable Cellulose Film Value Proposition:
Biodegradable cellulose film is not merely a packaging material; it is a strategic choice for you to fulfill your brand's environmental commitment, meet consumers' green demands, and actively address the global plastic pollution challenge. It integrates high performance, safety, aesthetics and ultimate environmental responsibility, providing you with a complete sustainable packaging solution from "cradle" to "return to the soil", and helping to build a cleaner and greener future.

High-barrier regenerated cellulose films represent the future direction of sustainable packaging. It offers a high-performance solution for brand owners and consumers, effectively protecting products, extending their shelf life, enhancing product image, and significantly reducing environmental impact. It meets the market's dual demands for "powerful functionality" and "environmental friendliness", and is an ideal alternative to traditional non-biodegradable plastic high-barrier films (such as aluminum-plastic composite films, EVOH multi-layer composite films, etc.), especially suitable for brands and products that pursue a high-end, natural and environmentally friendly positioning.

Choose OwnLikes, choose the power of nature, choose a responsible future.

Summary
High-barrier regenerated cellulose membranes are innovative products that integrate cutting-edge material technology with the gifts of nature. It safeguards product quality with its outstanding oxygen and moisture barrier properties, and protects the Earth's environment with its natural and renewable base materials and degradable/compostable characteristics. It is a key force driving the packaging industry towards a more sustainable future. Choosing it means choosing a win-win situation of performance and responsibility.

Key points that can be adjusted according to specific product details
Specific barrier data: If known, specific OTR (cm³/m²·day·bar) and WVTR (g/m²·day) numerical ranges can be added.

Coating/composite technology: Mention specific coating technologies (such as PVDC coating, bio-based polymer coating, silica coating, alumina coating, etc.) or composite structures (such as composite with bio-based plastics like PLA and PBAT).

Certification information: If you have obtained INDUSTRIAL compostable certifications (such as DIN CERTCO, TUV Austria OK compost INDUSTRIAL), forest management certifications (such as FSC, PEFC), food safety certifications, etc., be sure to list them.

Physical specifications: Common thickness ranges, widths, etc. can be provided.

Brand name: If there is a specific brand name, it should be reflected in the title and the text.