Shock absorbing properties equivalent to existing plastic bubble wrap envelopes, achieved solely with paper. 

· Cushion paper stretches like a net to gently wrap the product.  

· Made solely of paper and recycled without sorting.

· Thin and space saving before use.  

· Not only plastic-free but helpful to redelivery (posting).  

· Two models:  unbleached paper and coated cardboard as external paper.  Coated cardboard model supports more beautiful color printing results. Models with an address window and a separable net are also available as options. 

* Patented

* Registered under Plastics Smart scheme

* “Transport packaging category” prize winner in JAPAN PACKAGING CONTEST 2019

* “New creation category” prize winner in the 44th Kinoshita Award (FY2020), sponsored by Japan Packaging Institute

The concept is simple, convenient, and easy to use. Easy way to realize eco-friendly label.

The Oji Group’s coating technology achieves paper material with grease-proof.

Our greaseproof paper uses no fluorine based grease-proofing agents, which are targets the concerns on the environment and health.

Made from wood pulp, aimed for replacing plastics. 

Recyclable and can be printed and used for food applications, e.g. deep-drawn containers, or various household items such as cutlery and hangers.

1.We can achieve the rigidity required for dishes and containers with a single layer of paper.

2.Fluorescent dye is not used. 

3.It can be smoothly and deeply molded with a smooth surface. 

4.Due to its smooth moldability, it has excellent lid sealing properties because of its minimum gap occurrence in the upper flange.

Cooperating Companies: Kuramae Corporation, Nikken Paper Industries Co., Ltd and BIG PLAIN Co., Ltd.

Plant-derived plastic: This polypropylene film is blended with polylactic acid (PLA).

10% of this film is composed of PLA.

Making full use of feedstock resin blending technology and advanced film forming technology developed through OPP manufacturing, Oji has developed an OPP film made with polylactic acid (PLA). Blending the material with plant-derived PLA reduces the use of petroleum-derived polypropylene.

●General types : 20, 30μm （For fusion seal temperature, 400℃ is recommended.） 　

Applications : Bag making, printing, laminating, etc.

●Single-side heat-sealed type : 20, 30μm 　

Applications : Pillow packaging, etc. 

SILBIO Series is paper-based barrier and packaging material that can replace plastic film.

・SILBIO BARRIER

   A barrier coating layer is added onto paper, which restrains the intrusion of oxygen, moisture, and fragrance from outside air. It also prevents the packaged content from diffusing moisture and fragrance.

・SILBIO CLEAR

   A paper-based barrier material made with high-transparency paper that shows packaging content. 

   From foods to daily toiletries, SILBIO CLEAR can be used in a wide range of applications that requires barrier properties.

・SILBIO ALBA

   A paper barrier material with light shieling properties through aluminum vapor deposition. Recommended for applications requiring high barrier and opacity properties.

・SILBIO EZSEAL

   A heat-sealable paper packaging material that does not require sealant. Recommended for food, on-line shopping and industrial packaging, etc. Please note that it has no barrier properties.

Nonwoven material, made mainly from wood fiber (cellulose fiber), can be thermoformed, sewn, and welded. Graceful texture and cocoon-like feel.

・kinarito

   Nonwoven fabrics made mainly from cellulose and PLA, and free of fossil resource-derived plastics.

　Biomass Mark 95 certification has been obtained.

・kinarito LEAF

    wood fiber consisting more than 60% (some olefin resins are used).

　Adopted for biomass slippers(Biomass Mark 80) and Japanese-taste packaging.

Newly-developed semi-transparent thermal paper, alternative to film.

・Reduce environmental impact by plastic reduction.

・High transparency improving visibility.

・Processable for heat sealing and labeling.

Cellulose fiber reinforced material, contributes to Plastic Free/Plastic Reduction. Our mixing technology enables uniformly dispersing cellulose fiber in the resin matrix, with minimal heat damage, which fully utilize the characteristics of the cellulose fiber. Our lineup includes ToughCel Mat for thermal press molding and ToughCel pellets for injection molding.

For outdoor usage and use in areas expected to get wet.

Made from 100% natural pulp, and despite being a water-repellent paper, can be used for offset printing and laser printing. 

Can be used in a variety of fields, incl. outdoor goods, construction sites, and wrapping paper for frozen and refrigerated foods that are prone to condensation.

“Sepa-Free, as the name suggests, is not Sepa.”

Sepa-Free series is a label product with no release paper that becomes waste.

Eco-friendly label that does not generate waste when creating and using labels.

・Lineup

Roll, Stack, Laminated, Bi-fold.  We offer Sepa-Free products  compatible with OA printers.

Customization in view of size, printing, and adhesive strength is available.

Depending on the work method, environment, and frequency, we will propose the most suitable type and specifications.

※Sepa-Free is a registered trademark.

Made from various fibers, conventionally disposed of as waste.

Contribute to the realization of a circular economy.

Jointly developed with Kusubashi Mon-Ori Co., Ltd., a long-established towel manufacturer in Imabari City, Ehime Prefecture. Yarns and scraps generated as waste during towel production are reborn as paper.

thread for towels	giftbox

Developed a thermal paper for linerless labels, which do not require release paper.

・High sensitivity, high image quality and high durability. 

・Reduce environmental impact incl. CO₂ emissions by no use of release paper. 

Mainly made from cellulose. When plowed into the soil after harvest, it decomposes into soil, reducing burden of stripping and industrial waste disposal costs. Furthermore, compared to polyethylene mulch sheets, it can suppress the rise in soil temperature. Effective in reducing root rot caused by heat, and especially suitable for crops grown in summer.

OPP film containing fine scallop shell powder. Alkaline surface inactivates bacteria and prevents their growth.

Contributes to the SDGs through utilization of scallop shells, which are disposed of as wastes in Japan, and food loss reduction by inactivating bacteria.

By reducing waste, CALFRESH contributes to the achievement of the SDGs.

・Utilizes scallop shells that are normally handled as industrial waste

・Deactivation of bacteria reduces food loss

30 μm thickness is suitable for produce packaging

Please inquire regarding other thicknesses.

Eco-friendly pulp nonwoven fabric with biodegradability and water-degradability.

・Thickness, excellent water-absorption.

・large water-retaining and very large inner voids allowing plants to root well.

・good shock absorption and damage prevention properties.

・disposable as a burnable waste.

Good for use in a wide range of applications, incl. agricultural materials, toilet cleaning sheets, cushioning and packaging materials, and base materials (puffs) for hygiene and cosmetic applications.

Freshness preservation sheet, made of natural pulp and antibacterial agent of calcined scallop shell powder. 

Simply placing the sheet under cherry tomatoes in the cardboard box suppresses moisture condensation on tomatoes’ surfaces and prevents them from cracking. 

Even if cracking occurs, the sheet absorbs liquid and inhibits mold. 

Especially effective during hot and humid summer, functioning as a cushioning material. 

Thermal paper with excellent alcohol resistance, superior durability compared to conventional ones.

・No color change or go off when exposed to alcohol.

・Higher resistance to other solvents, which enable us to enter new fields.

Lineup including synthetic paper and PET film based products.

・High gradation, high image quality and high durability. 

・Long history of use in the medical field.

・Extensive use for food and administrative labels.

・For wristband applications, possible to reduce the use of thermal transfer ribbon by replacing the thermal transfer method.