R&D Organization

  • 「貼る」のさらに先へ。
    開発しているのはラベルの未来です

    ラベルで社会はより良い方向に変えられる、私たちはそう信じています。

  • Mono-material labelstocksAchievement of mono-materials with PET containers

    The key to efficient recycling was to use mono-material for the container and to provide ink removal functionality during the washing process.

  • Plastic-alternative labelstocksA big step toward a sustainable society with PLALESS

    A product born from the fusion of water-resistant paper and adhesive technology that meets the demand for plastic-free products

High smoothness glassine release paper labelstocks

Environmentally friendly while maintaining design potential

High smoothness glassine release
paper labelstocks

Labelstock using glassine release paper with high smoothness without polyethylene lamination. This achieves the same level of smoothness as conventional release paper while contributing to reducing the amount of plastic used.

Features

  • Achieved highly smooth adhesive surface

    Even without using polyethylene, the smoothness of the adhesive surface is as good as that of polyethylene laminated release papers.

  • Able to reduce CO₂ emissions by 13%.

    As a stand-alone release paper, this product can reduce CO₂ emissions by 13%* compared to glassine release paper with polyethylene lamination.

  • Release properties equivalent to general release paper

    It achieves the same release properties as general release paper while being environmentally friendly.

  • Can be attached by labeling machine

    It has strength and translucency* suitable for application by labeling machines that apply labels automatically.

    Can be attached by labeling machine

Intensity published by the Japanese Ministry of the Environment. Emissions intensity database (Ver. 3.1)

For labeling machines that use a photoelectric sensor to detect the position of the label, the release papers must be translucent.

Test results

Configuration diagram

  • General glassine release paper (8K)

    General glassine release paper (8K)

    Unevenness is transferred to the adhesive surface.

  • Polyethylene laminated glassine release paper (8LK)
    Polyethylene laminated glassine release paper (8LK)

    High adhesive-layer smoothness can be achieved, but plastic resin is used

  • High smoothness glassine release paper
    High smoothness glassine release paper

    Our original coating process delivers high smoothness.

Photographs of the design taken through the labelstock

  • General glassine release paper (8K)

    General glassine release paper (8K)

  • Polyethylene laminated glassine release paper (8LK)

    Polyethylene laminated glassine release paper (8LK)

  • High smoothness glassine release paper

    High smoothness glassine release paper

Performance (measured values)

Test items Thickness (μm) Release properties (mN/50mm)
Low speed High speed
High smoothness glassine release paper 66 65 235
Polyethylene laminated glassine release paper (8LK) 88 65 240
General glassine release paper (8K) 66 70 245

Composition: PET50/ general-purpose adhesive/ release paper

Release properties: low speed (0.3m/min), high speed (50m/min)

The above values are actual values and do not guarantee performance or quality. Please confirm by testing thoroughly in advance.

Applications

  • Labels for daily necessities

    Labels for daily necessities

  • Cosmetic labels

    Cosmetic labels

  • Display labels for various products

    Display labels for various products

Product lineup

Product code Facestock Adhesive Release liner
KP5000S Polyester film (transparent) 50µm
*Recycled PET resin usage rate of 80% or more
Permanent High smoothness glassine paper (blue)
*Polyethylene is not used.
KP5010S Metallized polyester film (silver, gloss) 50μm
*Recycled PET resin usage rate of 80% or more
Permanent High smoothness glassine paper (blue)
*Polyethylene is not used.
MMP50CA BP401 8SK Polyester film (clear) 50µm
(Printing ink can be deinked)
High adhesion removable type
(Polyester-type adhesive)
40% biomass content
High smoothness glassine paper (blue)
*Without using polyethylene

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