PLA Heat Shrinkable Film -Keyful PLA-SHF
PLA Heat Shrinkable Film -Keyful PLA-SHF
PLA Heat Shrinkable Film -Keyful PLA-SHF
PLA Heat Shrinkable Film -Keyful PLA-SHF
PLA Heat Shrinkable Film -Keyful PLA-SHF
PLA Heat Shrinkable Film -Keyful PLA-SHF

PLA Heat Shrink Film-Keyful PLA-SHF

•Derived from renewable corn, certified for industrial composting.

•Translucent, high strength, good toughness, excellent puncture resistance, shrinkable and heat-sealable

•Suitable for various fully automatic packaging machines

•Alternative to POF shrink film

Keyful PLA-SHF combines industrial compostability with a high-clarity appearance. The film boasts high strength, toughness, and puncture resistance, while also delivering stable shrinkage and heat-sealing performance, making it suitable for fully automated packaging lines. It readily supports wholesale customization, enabling improved snug protection and enhanced visual presentation, while gradually replacing traditional POF solutions and alleviating compliance and image concerns.

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 PLA-SHF PLA heat shrink film is made from renewable corn-sourced materials and has obtained industrial compost certifications, making it a green alternative in the realm of compostable PLA shrink film and biodegradable PLA heat shrink film. The film exhibits the high transparency appearance of Transparent PLA shrink film, while also possessing high strength, good toughness, and excellent puncture resistance. It also boasts shrinkable and heat-sealable properties, making it compatible with fully automatic packaging lines and suitable for heat shrink packaging, bottle labels, sleeve films, and other applications requiring high shrinkage rates. It can be customized as an alternative to POF shrink film.

애플리케이션

  • Suitable for packaging products requiring shrink film, such as books, shoes, food, hardware, etc.
  • High-speed wrapping for product turnover packaging that requires enhanced protection and visual appeal.
  • Suitable for multi-SKU automatic stretch wrapping and shrink-wrapping applications, reducing changeover costs and downtime risks.
  • Packaging processes in customized projects that require specific light transmission, shrink range, and heat-seal stability.

기술적 속성(일반값)

속성 단위 결과 테스트 방법
두께 미크론 20 DIN 53 370
Melting point °C 120~160 DSC
Vicat softening point A/50 °C 85 ISO 306
Tear strength Transverse J/m 76 GB/T 1130-1991
Tear Strength Longitudinal J/m 81 GB/T 1130-1991
Tensile Yield Strength Transverse MPa 22 ISO 527
Tensile strength Transverse MPa 28 ISO 527
Tensile Yield Strength Longitudinal MPa 26 ISO 527
Tensile Strength Longitudinal MPa 32 ISO 527
Tensile strength MD % 290 ISO 527
Tensile strength TD % 320 ISO 527
Transmittance % >85 GB/T 2410
Shrinkage % 40%-55% GB/T 13519

모든 속성은 표준 실험실 조건에서 테스트되었습니다: 23±2ºC; 50±5% RH, 별도 명시되지 않는 한. 해당되는 경우, 테스트는 국제 테스트 표준을 기반으로 합니다. 금속화는 하청업체에서 수행합니다. MD - 기계 방향 TD - 가로 방향.

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    The raw material is derived from renewable corn and has been verified according to industrial composting certification systems, making it suitable for compostable PLA shrink film applications.

    With a transmittance of >85%, it aligns with the concept of ransparent PLA shrink film and is typically suitable for scenarios requiring clear display or visible packaging information.

    The shrinkage rate ranges from 40%-55%, which can satisfy the “tightness of wrapping” requirements of conventional shrink wrapping. The specific effect also depends on the heating method and material form.

    The product is specifically characterized as “Suitable for various fully automatic packaging machines,” facilitating mass production and stable production rates.

    It possesses shrinkable and heat-sealable capabilities, typically allowing for simultaneous shrinking and heat sealing through a heat source.

    The parameters include transverse/longitudinal tear strength and tensile strength, emphasizing overall high strength, toughness, and puncture resistance, making it suitable for logistics transportation and external force protection.

    With a melting point of approximately 120~160°C and a Vicat softening point A/50 of approximately 85°C, it is recommended to match the equipment temperature and speed during process development to ensure sufficient shrinkage and avoid excessive thermal stress.

    We can collaborate on designs focusing on thickness, target shrinkage effect, compatible machine models, and heat sealing process windows, providing process implementation support for wholesale customization projects.