셀룰로오스 광택 필름 고광택 투명 생분해성 퇴비화 가능
셀룰로오스 광택 필름 고광택 투명 생분해성 퇴비화 가능
셀룰로오스 광택 필름 고광택 투명 생분해성 퇴비화 가능
셀룰로오스 광택 필름 고광택 투명 생분해성 퇴비화 가능
셀룰로오스 광택 필름 고광택 투명 생분해성 퇴비화 가능
셀룰로오스 광택 필름 고광택 투명 생분해성 퇴비화 가능
셀룰로오스 광택 필름 고광택 투명 생분해성 퇴비화 가능
셀룰로오스 광택 필름 고광택 투명 생분해성 퇴비화 가능

셀룰로오스 광택 필름 고광택 투명 생분해성 퇴비화 가능

Features-High Gloss & Clarity Cellulose Glossy film

Eco-Sourcing: Derived from renewable wood pulp. Certified for industrial and home composting.

Printability: Stable surface tension. Compatible with Flexo, Gravure, Offset, Screen, and UV printing. Supports premium hot foil stamping to deliver a sophisticated, high-end aesthetic.

High Barrier: Superior moisture, water, and oxygen resistance. High gloss and crease-resistant.

Functionality: Inherent anti-static properties. Excellent resistance to oils and grease.

당사는 유연하고 친환경적이며 생분해성인 다양한 포장 필름의 연구 개발, 생산, 제조 및 공급에 주력하고 있으며, BOPP, BOPET, BOPA, PE 및 재활용 가능한 단일 재료 필름을 포함하여 시장의 다양한 포장 솔루션 요구를 충족시키기 위해 최선을 다하고 있습니다.

KEYFUL cellulose glossy film is made from renewable wood pulp. It has high gloss and excellent clarity and meets industrial and home composting standards. It has stable surface tension and is compatible with flexographic, contour, gravure, screen, and UV printing. It also supports high-end hot stamping processes to enhance the perceived quality of packaging. With excellent barrier properties, anti-static characteristics, oil resistance, and grease resistance, it is suitable for high-end outer packaging such as gift boxes, color boxes, and handbags, as well as a variety of products such as labels and flexible packaging.

애플리케이션

Paper-Plastic Lamination: Premium gift boxes, color boxes, handbags, book covers, and outer packaging.

Labeling: Printable facestock with customizable adhesive/tack levels.

Flexible Packaging: High-performance surface material for multiple pouch formats.

기술적 속성(일반값)

속성 단위 결과 테스트 방법
두께 미크론 23±2 DIN 53 370
Unit weight g/m² 35±2 ASTM D-2673
Yield m²/kg 28.6±2 ASTM D-2673
인장 강도 MD/TD MN/m² 56
28		 ASTM D 882
연신율 MD/TD % 22
70		 ASTM D 882
Elasticity modulus MD/TD MN/m² > 1200
> 600		 ASTM D 882
Coefficient of friction (film to film) / 0.49
0.45		 ASTM D 1894
Oxygen permeability cc/m²·d 1.6 ASTM D3985
23°C / 0% R.H.
Water vapor permeability g/m²·d 20 ASTM F1249
38°C 90% R.H.

All properties are tested under standard laboratory conditions: 23±2ºC; 50±5% RH, unless otherwise stated. Where relevant, tests are based on international testing standards. Metallising is conducted by a sub-contractor. MD -Machine Direction TD – Transverse Direction

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    Regenerated cellulose film is a transparent, renewable-material film made from cellulose derived from sources like wood pulp. It is processed to form a flexible, high-clarity film with good printability and biodegradability.

    High gloss and clarity, excellent printability with Flexo/Gravure/Offset/Screen/UV, strong moisture and oxygen barrier, inherent anti-static properties, and compatibility with premium hot foil stamping.

    It is derived from renewable wood pulp and certified for industrial and home composting, offering compostable and biodegradable characteristics when paired with appropriate certifications.

    Paper–plastic lamination for premium gift boxes and book covers, label facestock, and various flexible packaging formats.

    It typically offers superior optical quality and natural anti-static behavior, with strong clarity and compostability. However, its moisture/chemical resistance may differ and may require composite structures for certain barrier needs.

    It is compatible with Flexo, Gravure, Offset, Screen, and UV printing, and supports premium hot foil stamping for a high-end look.

    It provides good moisture, water, and oxygen resistance, along with high gloss and crease resistance, helping preserve the product’s appearance and integrity.

    It can be suitable if the film and coatings meet relevant food-contact regulatory requirements and certifications.

    Potentially higher cost than some traditional films, and performance can depend on processing conditions and end-use environment. Wet/dry and thermal sensitivity may require protective or multilayer laminates for certain applications.

    Consider target use (packaging, labeling, lamination), required barrier properties, printing compatibility, end-of-life goals (industrial/home composting certifications), and whether a single-material or multilayer structure best meets your performance and sustainability criteria.