CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB
CPP Brushed Embossing Film - Keyful CPP-BB

CPP Brushed Embossing Film – Keyful CPP-BB

•Made from a single-material polypropylene using a biaxial stretching process.

•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.

•Functionality: Inherent anti-static properties and excellent resistance to oils and grease，abrasion resistance. Data

•Visual effects: clear and vivid surface textures; embossing processes create various patterns on the surface, enhancing packaging aesthetics and premium feel.

The core of CPP brushed film lies in its “premium appearance + stable processing.” Biaxial stretching ensures consistent surface quality and reliable forming. The stable surface tension simplifies flexographic, gravure, offset, screen, and UV printing. Combined with antistatic, oil and stain resistance, and abrasion resistance properties, it improves the mass production yield rate and finished product aesthetics of gift boxes, labels, and flexible packaging. Suitable for packaging customization and lamination applications that demand attention to detail and texture.

We focus on the research & development, production, manufacturing, and supply of various flexible, environmentally friendly, and biodegradable packaging films, covering BOPP, BOPET, BOPA, PE, and recyclable single-material films, and are committed to meeting the diverse packaging solution needs of the market.

Keyful CPP Brushed Embossing Film (CPP brushed film / Brushed texture CPP film) is made from a single PP material and biaxially stretched, ensuring both stability and detailed tactile feel. Its surface tension is consistently balanced, facilitating ink application and lamination alignment, compatible with flexographic, gravure, offset, screen, and UV printing. It also supports premium hot foil stamping, allowing the CPP brushed finish film to exhibit more realistic brushed texture layers.

The film itself possesses anti-static, oil and stain resistance, and abrasion resistance, reducing the risk of defects during mass printing/lamination. Catering to the custom needs of CPP brushed film suppliers and brushed CPP lamination film manufacturers, its 80±2μm thickness and >32dyne/cm wettability further contribute to stable lamination performance and high yield output.

Applications

  • Paper-Plastic Lamination Industry: Lamination for luxury gift boxes, folding cartons, shopping bags, books, and various product packaging.
  • Label Industry: Printable labels, compatible with various adhesives, with customizable adhesion.
  • Flexible packaging industry: surface printing material for multi-pouch packaging.

Technical Properties (Typical Values)

Property Unit Result Test method
Thickness microns 80±2 DIN 53 370
Tensile strength MD/TD MN/m² 10 ASTM D 882
10
Elongation at break MD/TD % 420 ASTM D 882
380
Heat shrinkage MD/TD % 0.9 ASTM D1204 100°C / 10 min
0.5
Surface Wetting Tension
Laminated Side		 dyne/cm >32 GB/T 14216
Surface Wetting Tension
Non-Laminated Side		 dyne/cm >32 GB/T 14216
Optical: Gloss Haze (wide angle) GU 2~3 ASTM D2457 60°C

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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    It supports Flexo, Gravure, Offset, Screen, and UV printing. If you have specific ink formulations, we can provide process recommendations/sample verification based on your system.

    It supports high-end hot stamping processes. The sharpness of hot stamping is usually related to temperature, pressure, and foil type. We recommend running a process window with a sample.

    The wetting tension should be >32 dyne/cm on both sides for good lamination compatibility. We still recommend conducting a small-scale test based on the paper/film structure and target peel strength.

    It can reduce the risk of dust adhesion, misregistration, and unstable bonding caused by static electricity during loading, printing, and lamination, helping to improve stability and consistency.

    The material has good oil resistance and stain resistance, as well as abrasion resistance properties. The final performance is related to the packaging usage scenario, friction intensity, and transportation method.

    80±2μm balances stiffness and molding/lamination feel, and is suitable for various paper-plastic composite outer packaging and label applications. If you have special requirements for stiffness or opening and closing, we can further refine the parameters.

    Thermal shrinkage reference data has been provided for process setting. We recommend confirming this in conjunction with your lamination temperature and press parameters to ensure the stability of the finished product dimensions.

    B2B bulk customization is supported. You provide the target specifications and process flow (printing/lamination/hot stamping/die-cutting methods), and we can assist in matching a more suitable solution.