Biodegradable aluminized cellulose film is an innovative packaging material for the future, specially designed to meet the market's dual demands for high performance and environmental responsibility. It uses natural cellulose (usually derived from sustainably managed wood pulp or cotton wool) as the base material, and a super-thin and dense aluminum layer is deposited on the surface through advanced vacuum aluminum plating technology, ultimately forming a unique film that combines excellent functionality with true environmental friendliness.
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.
Biodegradable aluminized cellulose film is an innovative packaging material for the future, specially designed to meet the market's dual demands for high performance and environmental responsibility. It uses natural cellulose (usually derived from sustainably managed wood pulp or cotton wool) as the base material, and a super-thin and dense aluminum layer is deposited on the surface through advanced vacuum aluminum plating technology, ultimately forming a unique film that combines excellent functionality with true environmental friendliness.
Regular Specifications and Technical Indicators (Typical Value)
The commonly used weight range is 52g, etc The specific width and length can be negotiated with the customer.
| Item | Gran Weight/Unit | 52g | |
| Substance | g/m² | 52±1 | |
| Tensile Strength | MD | N/15mm | ≥40 |
| TD | ≥15 | ||
| Elongation | MD | % | ≥15 |
| TD | ≥50 | ||
| Antiblocking Property | 24-90RH% | ≥70 | |
| Moisture | % | 5.0-9.0 | |
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:
Biodegradable & compostable: The core cellulose substrate is derived from natural plant fibers. Under industrial composting conditions (conforming to standards such as EN 13432 and ASTM D6400), it can be effectively decomposed by microorganisms into water, carbon dioxide and biomass, and eventually return to nature, significantly reducing plastic pollution and landfill burden.
Renewable resources: The main raw material, cellulose, is a renewable and sustainable plant resource, reducing reliance on fossil fuels.
Reducing carbon footprint: Compared with traditional plastic aluminum-coated films, its production and usage life cycle usually has a lower overall carbon footprint.
High barrier property: The aluminum coating on the surface provides excellent barrier performance and can effectively block:
Moisture: Prevent the contents from getting damp or dry, and extend the shelf life.
Oxygen: It greatly slows down the oxidation process, protects the flavor, color and nutritional components of food, and prevents the rancidity of oils.
Light (UV) : Blocks ultraviolet rays and visible light, protecting photosensitive products (such as food, medicine, and cosmetics).
Aroma: Maintain the original aroma of the product and prevent external odors from seeping in.
Comparable performance to traditional aluminum-coated films: Its barrier performance can reach or approach that of traditional non-biodegradable plastic aluminum-coated films (such as BOPP aluminum-coated, PET aluminum-coated), making it an ideal alternative for those pursuing high-performance and sustainable packaging.
Natural substrate: The cellulose film itself has good transparency (before aluminum plating), flexibility, antistatic property and printability.
Aluminized surface: It offers a distinctive metallic luster appearance, enhancing the shelf appeal and high-end feel of the product, while also providing excellent barrier properties.
Processability: It is suitable for conventional packaging processing techniques such as lamination, printing (gravure printing, flexographic printing, etc.), slitting, and bag making.
Heat sealing property: Good sealing performance can be achieved by applying heat sealing adhesive or combining it with heat-sealable materials.
Application Scenarios
Food packaging
Non-food packaging
Others: Labels, decorative materials (in scenarios where degradability is required).
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.
Why Choose Recycled Biodegradable Aluminized Cellulose Film?
Amid the wave of the consumer market's transition towards sustainability, we offer eco-friendly packaging with uncompromising performance - the metallic texture and ultimate barrier properties meet the product protection needs, while the plant-based material and biodegradable characteristics respond to the Earth's demands, helping brands build a green and high-end image.
Customized Service
Support on-demand adjustment:
Reflectivity of the aluminum-coated layer (45% - 95%)
Surface coating (anti-static, easy to tear, highly smooth
Slitting specification (sheet/flat sheet, width 200-1200mm)
Summary
OwnLikes biodegradable aluminized cellulose film is not merely a packaging material; it is a model for a sustainable packaging future. It successfully combines natural and renewable cellulose substrates with high-performance aluminum plating technology, providing a truly biodegradable solution without sacrificing the protective performance of the product. Choosing OwnLikes means choosing to be responsible for the product, the environment and the brand's future.
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