Thermal BioPP (30% Biobased PP) Anti-Scratch Matt

Thermal BioPP Anti-Scratch Matt Lamination Film is a sustainable high-performance film designed to deliver a luxurious matt finish with exceptional scratch and scuff resistance. Manufactured using 30% biobased polypropylene resin derived from second-generation renewable feedstocks such as waste vegetable oils, this film reduces reliance on fossil fuel-based plastics while maintaining the same performance and appearance as conventional BOPP laminates.

Featuring a heat-activated adhesive coating, this thermal lamination film provides fast, efficient processing alongside outstanding surface durability. Ideal for premium packaging and high-end print applications, it combines sustainable material innovation with long-lasting protection and refined visual appeal.

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Features

  • Sustainable Option
  • Produced using 30% Biobased PP resin obtained from 2nd generation BIO feedstock (waste vegetable cooking oils) and 70% Virgin PP
  • ISCC PLUS Certified
  • Non-Fossil fuel based recycled content
  • True Matt Finish
  • Exceptional lifetime Anti-scratch/Anti-scuff properties
  • Recommended for black & dark printed substrates
  • Outstanding surface adhesion for all types of coatings, inks, hotmelt & foils
  • Printable
  • Yellow tint free appearance
  • Available core sizes 3” core
Thickness
22mic
Other widths available upon request
Available as standard width (mm)
315, 440, 445, 450, 510, 610, 630, 635, 710, 890, 1010

What is BioPP Anti-Scratch Thermal Lamination Film?

BioPP Anti-Scratch Thermal Lamination Film is a bi-axially oriented polypropylene (BOPP) film produced using a blend of renewable bio-based polypropylene and virgin PP resin. The bio-based content is sourced from second-generation feedstocks such as waste vegetable cooking oils, helping reduce dependence on fossil fuel-derived plastics.

The film incorporates a specialist anti-scratch coating that improves resistance to scuffs, abrasion and handling damage while maintaining a sophisticated matt finish. Combined with a thermal heat-activated adhesive layer, the film enables efficient high-speed lamination without the need for separate wet adhesive systems.


Key Features

  • 30% biobased polypropylene content – Produced using renewable feedstocks to reduce fossil fuel use
  • ISCC PLUS Certified – Supports traceable, sustainable material sourcing
  • Anti-scratch matt surface – Exceptional resistance to scuffs and abrasion
  • Thermal heat-activated adhesive – Enables efficient and clean lamination processing
  • Luxury matt finish – Provides a smooth, non-reflective premium appearance
  • Excellent surface adhesion – Suitable for coatings, inks, UV and foil finishes
  • Printable surface – Supports further decorative finishing processes
  • Recommended for dark print areas – Helps maintain clean appearance on black and deep-colour designs

Benefits of Thermal BioPP Anti-Scratch Matt Lamination

This film combines sustainability with high-performance surface protection:

  • Reduced environmental impact – Incorporates renewable biobased content to lower fossil fuel dependency
  • Exceptional durability – Anti-scratch coating protects against handling damage and abrasion
  • Premium matt appearance – Creates a refined low-glare luxury finish
  • Improved packaging lifespan – Maintains high-quality appearance during transport and retail display
  • Efficient thermal processing – Heat-activated adhesive supports fast, clean lamination workflows
  • Excellent performance on dark designs – Minimises visible scuffs and handling marks

Anti-scratch laminates are widely used in premium print and packaging because they help preserve appearance throughout the supply chain while enhancing perceived product quality.


Applications

Thermal BioPP Anti-Scratch Matt Lamination Film is widely used in:

  • Luxury and retail packaging
  • Cosmetics and fragrance cartons
  • Premium brochures and catalogues
  • Book covers and presentation materials
  • High-end branded packaging
  • Dark-coloured packaging designs
  • Premium labels and marketing materials

It is particularly suited to applications where sustainability, luxury appearance and long-term durability must be combined.


Thermal vs Wet BioPP Lamination

  • Thermal lamination uses a heat-activated adhesive pre-coated onto the film
  • Wet lamination requires a separate liquid adhesive during processing

Thermal lamination is generally preferred for:

  • faster setup
  • cleaner operation
  • shorter production runs
  • efficient lithographic print finishing

Wet lamination is often preferred for:

  • very high-volume production
  • specialist adhesive requirements

Why Choose Thermal BioPP Anti-Scratch Films?

Thermal BioPP anti-scratch films are increasingly used because they:

  • Reduce environmental impact through renewable material content
  • Protect packaging from scuffs and abrasion
  • Maintain luxury matt presentation throughout handling
  • Improve shelf appearance and product longevity
  • Support premium sustainable branding strategies
  • Deliver high-performance thermal lamination efficiency

These qualities make BioPP anti-scratch laminates highly effective for luxury packaging and premium print applications.


Frequently Asked Questions

What is BioPP thermal lamination film?
BioPP thermal film is a polypropylene-based lamination film produced partly from renewable feedstocks such as waste vegetable oils, reducing reliance on fossil-based plastics.

What does anti-scratch lamination do?
Anti-scratch lamination improves resistance to scuffs, scratches and handling damage, helping printed materials maintain a clean premium appearance.

Is BioPP film environmentally friendly?
Yes, BioPP films incorporate renewable biobased content and support more sustainable packaging and print production.

Why is anti-scratch film recommended for dark packaging?
Dark matt surfaces show scratches and scuffs more easily. Anti-scratch coatings help maintain a cleaner appearance during handling.

Can BioPP anti-scratch films be foil stamped or UV coated?
Yes, they are compatible with hot foil, UV coatings and speciality finishing processes.

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