Technical videos

How stickers and labels are made

You can watch video that simply explains the label construction and production.

Wash-off labelstocks (film-based material)

This labelstock cleanly washes off of the used plastic containers during the washing process after collection.

Mono-material labelstocks

Making the labelstock's facestock and the adhesive layer from materials that match the adherend to create a mono-material (a single material) improves recyclability.

Bubble-free labelstocks

This labelstock has excellent air release properties, making it easy to apply cleanly and suppressing lifting and swelling (blistering) caused by outgassing from molded plastic products.

Oil-tolerant labelstocks

When applying a label on a surface that has oil on it, it's normally necessary to wipe the oil off first. With labelstocks that are oil tolerant, the adhesive layer absorbs the oil, so it is possible to apply them directly to the oil-covered surface, saving labor.

Tamper-evident labelstocks

Labelstocks that can impart a security feature by being applied on a product. It can be used to prevent product tampering and label re-use/re-application, and can also be used to determine authenticity.

Half-metalized labelstocks

This labelstock achieves a metallic look, while enabling transparent designs as it allows light to pass through. With excellent design potential, it is best suited for general labels, POP and eye-catching label applications for daily use and cosmetics.

Squeezable labelstocks

Flexibility and excellent conformability to 2D and 3D curved surfaces make these products ideal for display labels for squeeze bottles, and for pens and other products with narrow diameters.

Cryogenic labelstocks

This labelstock can be used for frozen storage using liquid nitrogen (-196°C), deep freezers (ultracold freezers -80°C), and dry ice (-79°C), and is also resistant to temperature changes.

Labelstocks for chilled environment

This labelstock is excellent for applying to rough surfaces and condensation/frost-covered surfaces in a chilled environment (-5 to 5°C), and complies with Japan's Food Sanitation Act (positive list system).

Labelstocks for low temperature environments

Can be applied to condensation-covered surfaces (with water droplets), and frozen objects.

Plastic-alternative labelstocks

By applying the manufacturing technology for wash-resistant paper, which is also used for laundry tags, we offer a lineup of various labelstocks with very strong water resistance.

Wash-off labelstocks by alkaline hot water

Labels are washed off cleanly with alkaline hot water. Contributes to the reuse of glass bottles, such as sake bottles, and the recycling of plastic containers.

Wash-off labelstocks by hot wate

While water-resistant under normal conditions, this labelstock can be easily washed off of collected bottles and containers during the washing with warm water.

Labelstocks for plastic containers

Labelstock to be applied to plastic containers (made of PE and PP) used for product delivery. The labels are applied firmly during shipping process, and can be easily washed off of the containers after use by hot water.

Labelstocks that can be applied easily and can be removed cleanly.

This silicone very low adhesion labelstock makes even large labels easy to apply and to peel off cleanly. Ideal for showcase POP, eye-catching labels, posters, etc.

Outgassing resistant labelstocks

This labelstock has excellent air release properties, making it easy to apply cleanly and suppressing lifting and swelling (blistering) caused by outgassing from molded plastic products.

Microwave resistant labelstocks

Since the display content of labels generally turns black during heating, it is necessary to select a labelstock that has microwave resistance.

Tamper-evident labelstocks
(Non-transfer type)

This is tamper-evident labelstock where the word "VOID" only appears on the label when it is peeled off, and the text is not transferred to the adherend. The adherend is not soiled and the original texture is not harmed.

Adhesive strength (Lintec method)

Holding power (Lintec method)

Ball tack (J. Dow method)