Bopp Matte Film

Short Summary

BOPP matte film features a textured, low-gloss surface that reduces glare and makes fingerprints less noticeable. It combines stiffness and moisture resistance with grade-specific options for printing, lamination and heat sealing.

Key Features of Bopp Matte Film

  • Excellent machinability
  • Transparent with high haze and low gloss
  • Water and pollution-resistant
  • Low electrostatic charge
  • Eco-friendly (Non-toxic)
  • Excellent ink and coating adhesion
Properties Test Methods Unit Typical Data
Mechanical Properties
Tensile Strength MD ASTM D882 N/mm2 ≥120
TD ≥240
Elongation at break MD ASTM D882 % ≤200
TD ≤75
Physical Properties
Coefficient of friction ASTM D1894 / ≤0.4
Density ASTM D792 g/cm3 0.85-0.88
Gloss Matte Side ASTM D2457 % ≤15
Haze ASTM D1003 % ≥70
Thermal Properties
Heat Shrinkage MD ASTM D1204
120℃/2min
% ≤3.5
TD ≤2.0
Other Properties
Surface tension Corona Side ASTM D2578 Dyne ≥38
Good Matted surface
High Tensile strength
Surface treatment: One side or both sides treatment
Standard thickness:15, 18, 20, 25, 28um
Material: Bopp Matt Film Type: Stretch Film
Usage: Packaging Film Feature: Moisture Proof
Hardness: Soft Processing Type: Multiple Extrusion
Transparency: Translucent Thickness: 10 to 38 micron
Corona Treatment: One Side / Both Sides Quality: A Grade
Length: 2000m-18000m  Width: 200mm-1800mm

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Key Properties of BOPP Matte Film

BOPP matte film offers more than a low-gloss appearance. Its microscopic surface texture changes how the film contacts fingers, adjacent film layers and processing equipment. Depending on the formulation, this texture can make fingerprints less noticeable, reduce blocking between wound layers and support consistent handling during converting.

As a biaxially oriented polypropylene matte film, it combines a textured finish with tensile strength and stiffness. However, reliable machine performance also depends on friction, slip additives, winding quality and operating conditions. A matte surface alone does not guarantee smoother running than glossy film.

Balancing Haze, White Ink and Surface Treatment

Low gloss BOPP film softens reflections, while haze affects how light passes through the material and how printed colours appear. Increasing haze does not always improve the finished design.

For the food packaging and personal care label designs discussed here, 60–80% haze provides a starting point for evaluation. Lower values may produce a weaker matte effect; higher values can make certain white-ink combinations appear dull or grey. High haze BOPP film should therefore be assessed with the actual artwork, ink coverage and laminate structure.

A uniform matte finish requires consistency across the web as well as compatibility with the printing process. For corona treated BOPP matte film, a surface tension of at least 38 mN/m may be specified as an initial requirement. The appropriate level depends on the ink and adhesive system and should be checked before use.

Whether selecting BOPP matte film for gravure printing or flexographic printing, confirm adhesion and colour appearance through production trials.

Types of BOPP Matte Film

Non-Heat-Sealable BOPP Matte Film for Flexible Packaging

General-purpose non-heat-sealable BOPP matte film is designed for subsequent lamination. It provides the matte outer appearance, while other layers supply sealing and any additional barrier protection.

Consistent corona treatment helps converters achieve the required surface conditions for printing and bonding. This makes BOPP matte film for lamination a versatile base material for flexible packaging structures.

One-side-matte, one-side-glossy constructions allow the two surfaces to serve different purposes. When using BOPP matte film for reverse printing, confirm that the intended printing surface is suitably treated and compatible with the ink system.

Heat Sealable BOPP Matte Film

Heat sealable BOPP matte film is available with single-side corona treatment on request and with single-side or both-side sealing options.

Suitable grades can be sealed directly into bags without adding a separate sealant layer, simplifying production where a single-film structure meets the packaging requirements. Confirm which surfaces meet at the seal and assess seal strength at the intended machine speed.

Slip additives and their migration during storage can affect surface behaviour. Printing, handling and sealing performance should therefore be evaluated together.

BOPP Matte Film for Paper Lamination

BOPP matte film for paper lamination is designed to bond with coated and specialty papers. With suitable adhesives and processing conditions, it produces an even surface without wrinkles, bubbles or delamination.

The finished laminate gives gift boxes and printed covers a fine, softly diffused appearance. Selected grades offer a paper-like visual effect while retaining the protective qualities of polypropylene film, making them suitable for luxury packaging.

Applications of Matte BOPP Packaging Film

Food and Personal Care Packaging

BOPP matte film for food packaging reduces glare from retail lighting and gives printed artwork a softer appearance. For snack packaging, the matte outer layer can be combined with sealing and barrier layers selected for the contents and required shelf life.

Heat-sealable grades allow direct sealing in suitable applications. Assess both the bag face and sealed edges, since heat and pressure can alter the finish. Food-contact suitability must be confirmed for the selected grade and intended use.

Labels, Books and Printed Covers

Matte polypropylene film makes fingerprints less conspicuous and reduces reflections on dark printed areas. It also provides a contrasting background for spot UV, allowing glossy lettering and design details to stand out.

For labels and book covers, check the compatibility of the film with the adhesive, print and finishing process. The visual result depends on the complete construction, not just the film’s initial gloss level.

Electronics and Precision Components

A suitably textured matte film may help limit movement when used as an interleaf between components. Reduced sliding can help protect surfaces during transport, provided the film itself does not cause abrasion.

Where low static BOPP matte film is required, specify and verify that property separately. A matte finish does not establish antistatic or electrostatic-discharge protection.

Pharmaceutical and Cosmetic Packaging

Matte finishes reduce reflections on bottle labels, cartons and other packaging surfaces. Consistent gloss and texture help maintain a coherent appearance across a product range.

For pharmaceutical contact materials or blister-lidding structures, appearance is only one requirement. Material compatibility, barrier protection and sealing performance require separate evaluation.

Flower Wrapping

BOPP matte film with 2 sides non-glare brings practical and visual benefits to flower wrapping. Its lightly textured surface can help florists control folds and overlapping layers while making fingerprints less noticeable. The low-gloss finish softens reflections under retail lighting, reducing distracting highlights across the wrap. This creates a subtle backdrop that keeps attention on the flowers’ natural colours and delicate petal textures.

Why Choose Kingchuan Packaging as Your BOPP Matte Film Supplier?

Film Experience Since 1992

Kingchuan Packaging draws on more than three decades of film experience to help customers refine their specifications. Haze, white-ink coverage, surface treatment and changes in sealing behaviour during storage all influence the final result.

This experience helps narrow the initial selection and define useful trials, reducing avoidable rounds of adjustment.

Coordinated Materials for Laminated Structures

Matte BOPP is often one layer within a larger package. When customers need additional substrates for a high-barrier structure, Kingchuan Packaging can coordinate material options within the same supply network.

Aligning specifications across layers reduces the time spent resolving differences between separate suppliers and helps converters evaluate the complete laminate.

Flexible Quantities and Mixed-Product Shipments

Low minimum order quantities and mixed-product container options allow smaller brands and converters to test materials without purchasing a full container of one film.

For BOPP matte film jumbo rolls and custom thickness requirements, roll dimensions, treatment specifications and packing arrangements can be discussed together. Experience serving more than 75 countries and regions helps Kingchuan align proposals with customer and destination-market requirements.

For buyers sourcing BOPP matte film from China, this coordinated approach makes trial orders and repeat purchases easier to plan.

Share your packaging structure, desired matte finish and roll specifications with Kingchuan Packaging to discuss a suitable film.

BOPP Matte Film – An Ultimate FAQ Guide

Q1: Matte film loses heat-seal strength after long storage. Is the film expired, or should I adjust the settings?

Check for slip-agent migration before scrapping the roll. Additives migrating to the sealing surface raise the seal initiation temperature (SIT) and narrow the sealing window. Set an incoming baseline at 135°C, 0.3 MPa, and 1 s. If seal strength drops by more than 15% after four months in storage, raise the sealing temperature by 5–8°C and shorten the dwell time to restore a reliable seal.

Q2: Ink still rubs off even when the matte surface meets the dyne target. What is the issue?

Dyne level and heat-seal strength are a trade-off. Corona treatment boosts surface tension, but it also breaks down surface copolymer bonds. This raises the sealing temperature and lowers seal strength. If the matte side also serves as the sealing layer, balance the dyne level against seal layer integrity. If it is strictly for printing, match your ink system to the current dyne level rather than pushing for higher corona treatment.

Q3: Thick matte film lacks heat-seal strength. Why does increasing pressure make it worse?

The bottleneck is usually the heat-seal layer thickness, not the total film gauge. When the sealant layer stays the same, a thicker film actually yields lower seal strength, and excessive pressure squeezes out the molten resin. Confirm the sealant layer ratio with your supplier and switch to a thicker sealant grade if needed. Lower the sealing pressure back to 0.3–0.35 MPa and extend cooling time to allow full molecular diffusion.

Q4: The same matte film roll turns tacky in summer and brittle in winter. Is the film unstable?

The glass transition range of matte coatings sits close to room temperature, so workshop climate directly alters surface energy. The ideal operating window is 18–25°C. Above 30°C in summer, plasticizer migration causes tackiness; below 10°C in winter, rigidity rises and curling worsens. Keep your laminating room at 23°C ± 2°C and 50% ± 5% RH, and acclimate the rolls for two hours before running to eliminate seasonal swings.

Q5: Should I choose 65% or 80% haze for matte film? Is there a foolproof rule?

Base your choice on white ink coverage rather than a single haze number. When white ink covers over 40% of the layout, 80% haze makes the print look noticeably washed out. Pair a lower haze with high-opacity white ink instead of relying on high haze alone for a matte look. Stick to 65%–75% haze as a safe zone for food and daily chemical labels, and go up to 80% for book covers and gift boxes.

Q6: What is the practical difference between standard matte film and heat-sealable matte film?

Standard matte film lacks a sealant layer and is only meant for printing and lamination. Heat-sealable matte film comes with a built-in sealant layer, allowing direct heat-sealing into pouches and saving an entire lamination step.

Q7: How do I prevent bubbling and delamination when laminating matte film to paper?

Our paper-lamination matte film is pre-treated for optimal surface activity. It achieves a strong bond with standard water-based adhesives, requiring no extra prep before going on press.