Semi barrier regenerated cellulose film is a high-performance packaging film made from natural cellulose (such as wood pulp and cotton wool) through an environmentally friendly regeneration process. It features moderately controllable breathability and barrier properties, specially designed for application scenarios that require "breathing" protection. It strikes a balance between product preservation and environmental protection needs, making it an innovative alternative to traditional plastic packaging.
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.
Semi barrier regenerated cellulose film is a high-performance packaging film made from natural cellulose (such as wood pulp and cotton wool) through an environmentally friendly regeneration process. It features moderately controllable breathability and barrier properties, specially designed for application scenarios that require "breathing" protection. It strikes a balance between product preservation and environmental protection needs, making it an innovative alternative to traditional plastic packaging.
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 | BIO-RCM-NP-FILM | |
| 480 | ||||
|
Substance |
OwnLikes Testmethod |
g/m² | 48 | |
| Thickness | OwnLikes Testmethod | um | 32 | |
| Water Vapor Permeability | ASTM E 96 | g/m².24h | 200-1600 | |
| Coefficient Offriction | ASTM D 1894 | Static/Dynamic | 0.38 / 0.24 | |
| Tensile Strength | ASTM D 882 | N/15mm | MD | 67 |
| TD | 36 | |||
| Elongationat Break | ASTM D 882 | % | MD | 14 |
| TD | 29 | |||
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:
Breathability is controllable: It allows for moderate exchange of gases such as oxygen and carbon dioxide, effectively preventing food from mold or anaerobic fermentation of fruits and vegetables (such as salads, mushrooms, and baked goods).
Moisture-proof and damp-proof: It has a moderate barrier property against water vapor (typical WVTR value: 10-50 g/m²·24h*), protecting dry goods and medicines from deliquescence.
Oxygen barrier balance: Adjustable range of oxygen permeability (OTR) : 50-500 cc/m²·24h*, meeting the micro-modified atmosphere preservation requirements of fresh products.
Bio-based raw materials: Derived from renewable forest resources, their carbon footprint is significantly lower than that of petroleum-based plastics.
Biodegradable certification: Complies with standards such as EN13432 and ASTM D6400. Completely degrades within 180 days under industrial composting conditions and returns to nature.
Plasticizer free/bisphenol A: Food contact safety (compliant with FDA, EU 10/2011), safeguarding consumer health.
High transparency and flexibility: Showcase the original appearance of the product and enhance the appeal of the shelves; It has strong tear resistance and is suitable for high-speed packaging lines.
Oil and heat resistant: Suitable for heat sealing process (80-120℃), it can be used to package oily foods (nuts, fried snacks).
Anti-static treatment: Reduce dust adhesion and ensure the cleanliness of the packaging.
Biodegradable Cellulose Film Application Scenarios
Biodegradable Cellulose Film Technical ParametersReference of technical parameters
The typical value range of the indicator
The thickness is 20-50 μm
Tensile strength (MD/CD) : 40-80 MPa
Water vapor transmission rate (WVTR) : 10-50 g/m²·24h
Oxygen transmission rate (OTR) : 50-500 cc/m²·24h
The heat sealing strength is 1.5-4.0 N/15mm
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.
Choose OwnLikes, choose the power of nature, choose a responsible future.
Why choose our semi-barrier regenerated cellulose membrane?
Customized solutions: Support adjustment of barrier grade, thickness, printed layer and surface treatment (such as anti-fog coating).
Global environmental protection certification: Holding authoritative certificates such as FSC®, OK Compost INDUSTRIAL, TUV AUSTRIA, etc.
Supply chain guarantee: From raw material traceability to production, the entire process is controllable to ensure batch consistency.
Technical collaboration support: Provide packaging design suggestions and equipment compatibility testing to accelerate product launch.
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.
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