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Home / Product / Food / WASHNA ™ Multifunctional EOE Film

WASHNA ™ Multifunctional EOE Film

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Multifunctional EVOH-based Film Manufacturers

COMERS PBL Film Solution
WASHNA TM One-step Blown EVOH Film

Product Features
● One-step blown film process, comply with APR certification requirements
● High stiffness and good mechanical properties
● OTR<1 cc/m2/24h/1 atm, WVTR<1 g/m2/24h/1 atm
● Thickness and EVOH ratio can be customized
● Meet EU, FDA, GB, and other product safety requirements

Typical Structure
● PE/PE/PE/TIE/EVOH/TIE/PE/PE/PE
 
Application 
● Toothpaste tube
● Cosmetics
● Ointment
Equipment & Environment 
● Windmöller & Hölsche 9-layer
● 100,000-level controllable clean room 2#

Key Benefits for Customers
● Can replace ABL
● Meet APR certification requirements
● Sustainable development
● Excellent barrier performance
● Special formula design ensures stiffness and physical properties
Key Benefits for End-consumer
● All-plastic structure
● Recyclable


  • Jiangsu Comers Packaging Materials Co., Ltd.
  • Jiangsu Comers Packaging Materials Co., Ltd.
Jiangsu Comers Packaging Materials Co., Ltd., founded in 2017, is a professional film manufacturer engaging in research, development, production and marketing. Our products cover from 7-layer to 9-layer W&H lines involving food, bioscience, logistics and other application fields. Multifunctional EVOH-based Film Manufacturers and Custom EOE Film Factory in China. From film manufacturing to bag making, we have a strict quality control system. Besides, we have a complete production management system to ensure the tracing management. Our production workshops are equipped with German Windmöller & Hölscher large-scale co-extrusion blowing machines with an annual output of 10,000 MT in a 100,000-level controllable GMP clean room.

  • 20+year

    Experience

  • 50,000㎡

    Plant area

  • 10,000MT

    Annual production

  • 40+

    Enterprise employees

Development Capability

  • Development of formulas

    ● Stabilised/fixed formulations
    ● Can be developed according to customer requirements
    ● Formulation consistency

  • Experimental analysis

    ● Provides robust material analysis support
    ● Fully equipped with laboratory capabilities

  • Production and Processing

    ● Batch stability
    ● Flexible production adjustment
    ● Fast delivery capability

  • Finished product testing

    ● ISO-compliant testing standards
    ● Traceability in accordance with ISO requirements

News
WASHNA ™ Multifunctional EOE Film Industry knowledge
How does the one-step blown film process contribute to its production?
The one-step blown film process is a manufacturing method used for producing the Multifunctional EOE Film. Here's how this process contributes to the production of the film:
Simplicity and Efficiency:The one-step blown film process is known for its simplicity compared to multi-step processes. It involves extruding a molten plastic through a circular die, followed by inflation to form a thin film bubble.
Cost-Effectiveness:The single-step nature of the process can result in cost savings compared to more complex manufacturing methods. This efficiency is essential for maintaining competitive pricing.
Consistent Film Quality:The process allows for precise control over the film thickness, ensuring uniformity and consistency throughout the entire length of the film. This is crucial for meeting specific product requirements.
High Production Rates:The one-step blown film process can achieve high production rates, contributing to increased manufacturing efficiency and meeting the demands of large-scale production.
Flexibility in Film Properties:The process allows for adjustments in the formulation and structure of the film, enabling customization of thickness and EVOH (Ethylene Vinyl Alcohol) ratio. This flexibility is important for tailoring the film to meet specific performance criteria for different applications.
Adaptability to Various Applications:The versatility of the one-step blown film process makes it suitable for producing films used in a variety of applications, such as toothpaste tubes, cosmetics, and ointments. The adaptability is crucial for addressing diverse market needs.
Integration with Special Formula Design:The process integrates seamlessly with the special formula design of the Multifunctional EOE Film, ensuring that stiffness and physical properties are maintained. This is essential for achieving the desired performance characteristics.

Can the EVOH-based Film truly replace ABL, and how does it compare in terms of cost and performance?
The EVOH-based Film is designed to potentially replace ABL (Aluminum Barrier Laminate) in certain applications. 
Advantages of EVOH-based Film over ABL:
Recyclability:The Multifunctional EOE Film, being made of plastic, is generally more recyclable than ABL, which typically involves layers of aluminum. This aligns with increasing environmental concerns and the push for sustainable packaging.
APR Certification:The EOE Film complies with APR (Association of Plastic Recyclers) certification requirements. ABL, with its metal component, might face challenges in recycling systems, making the EOE Film a more environmentally friendly option.
Cost Efficiency:The one-step blown film process used in producing the EVOH-based Film may offer cost savings compared to the manufacturing process of ABL, which involves multiple layers, including aluminum. The simplified production process can contribute to lower overall production costs.
Versatility in Applications:TheEVOH-based Film is adaptable to various applications such as toothpaste tubes, cosmetics, and ointments. Its versatility allows for broader usage compared to ABL, which may be more specialized.
Special Formula Design:The EOE Film's special formula design ensures stiffness and physical properties, contributing to its performance. ABL may have limitations in terms of flexibility and adaptability to different product requirements.Barrier Properties:
ABL, with its aluminum layer, might offer slightly better barrier properties against oxygen and light compared to the Multifunctional EOE Film. However, the EVOH-based Film still provides excellent barrier performance, especially with the EVOH layer.