plant-derived plastic

Reducing carbon dioxide emissions can be achieved by using plant-derived resins (mainly sugarcane) as raw materials for plastic bags and containers.

01
バイオマス

GREEN POLYETHYLENE

Eco-friendly polyethylene has attracted much attention as a plant-derived plastic, mainly made from sugar cane. Since the carbon dioxide absorbed by sugarcane during the growth phase is emitted at final disposal, it is a carbon-neutral plastic.
The use of Eco-friendly PE can save oil resources.
Moreover, it is also versatile and can be used without changing the cost and availability of traditional plastics by partially blending it into a universal plastic.

Main characteristics

  • Biomass markers can be displayed
  • Resistant to UV degradation
  • Can be mixed into existing plastic products

Available materials

  • Film non-woven fabric
  • Hooks, hangers and other plastic finished products

Recycled PET

Materials made from recycled PET bottles save more than 80% from petroleum resources as raw materials.

Eco-friendly packaging materials can be made from used plastic bottles collected in the market.
Recycled resin is used as a raw material for the production of films.

02
RECYCLED PET

RECYCLED PET

It is an Eco-friendly material made by recycling used PET bottles, which can be said to be representatives of plastic waste, into packaging film.Since more than 80% of the film uses PET bottles collected from the market, CO2 emissions can be reduced by about 24% compared with PET film purified directly from petroleum, and more than 80% of petroleum resource raw materials can be saved.

Main characteristics

  • Since PET bottles collected in the market are used as raw materials, environmentally friendly measures can be called for in an easy-to-understand way.
  • With high transparency and good texture, it can rival general PET materials.
  • It can be laminated with other films (ecological films).

Applicable categories

  • films
  • non-woven fabrics
  • labels, etc.

Materials that are friendly to the environment

Can be decomposed into water and carbon dioxide by microorganisms

By replacing plastics that pollute the oceans and soil with biodegradable materials,We will keep the beauty of the nature.

03
BIODEGRADABLE PLASTIC FOR EARTH

BIODEGRADABLE PLASTIC

Biodegradable plastics can be used just like regular plastics, and after use, they decompose into water and carbon dioxide and circulate in nature under the operation of microorganisms in nature. It has attracted worldwide attention as a solution to the problem of marine dumping and micro-plastics.
Our company can produce plastic molded products such as spoons and forks and film products such as shopping bags using biodegradable plastic materials mixed with starch polyethylene resin and plant-derived raw materials (corn, etc.).

Main characteristics

  • Can be decomposed into water and carbon dioxide naturally
  • It absorbs CO2 as a raw material (carbon neutral) during the growth stage of plants without additionally increasing the amount of CO2 in the atmosphere.
  • Shoppers switch to biodegradable products in various countries.

Available materials

  • Available materials
  • Film
  • Plastic shopping bags, etc.

Materials that save petroleum resources

Sustainable packaging

We can use waste, paper and renewable waste to prepare Eco-friendly materials as an alternative to plastics made from petroleum, which is a non-renewable resource.

04

PLASTIC REDUCTION

One way to save petroleum resources is to mix different materials into existing plastics. Save oil resources by mixing easily recyclable limestone and agricultural waste. Mainly injection molded products and sheet products can be used as a substitute for paper.

Agricultural waste and plastics

Rice husks discharged as agricultural waste are mixed with oil palm husks. Carbon neutrality can be achieved by mixing plants that absorb carbon dioxide through photosynthesis, helping to reduce petroleum resources and agricultural waste.

Main characteristics

  • Oil palms absorb CO2 as a raw material (carbon neutral) during the growth stage of plants without additionally increasing the amount of CO2 in the atmosphere.
  • The intensity can rival the existing plastics.
  • Reduce agricultural waste that should be garbage.

Other deplasticizing materials that can be arranged by our company

Limestone and plastics
Paper and plastics
Waste rice and plastics

From plastics to paper,

Rethink the possibility of the paper

Petroleum, a kind of depleting resource. Eco-friendly materials using waste, paper and renewable waste instead of petroleum plastics.

05

PAPER MATERIAL

To address the problem of plastic waste, we have started an initiative to consider the possibility of packaging using paper-based materials.
By switching from existing plastic packaging to paper packaging, it is not only possible to be Eco-friendly, but also to create different designs and expressions, and to unleash the potentials of new products.
Lamination can impart water and oil resistance to the paper.

Main characteristics

  • Reduce plastic garbage
  • Reduce the burden of waste disposal and contribute to environmental protection
  • Reduce plastics and the consumption of natural resources
  • Easy to print, increase packaging designability
  • Through surface treatment, paper strength, waterproofness, etc. can be improved.

Available materials

  • Paper labels
  • Tags
  • Cartons
  • Paper bags, etc.

Plant-based eco-friendly printing inks

Eco-friendly printing inks

Instead of petroleum-derived printing inks, which are said to cause air pollution, printing inks made from plant-derived ingredients such as soybeans are used.

06

VEGETABLE OIL INK /
BOTANICAL INK

Printing inks that use traditional petroleum-based solvents contain volatile organic solvents (VOC), which can cause air pollution and health risks for workers. Eco-friendly printing inks are becoming industry standards.

Plant oil printing inks

Such ink uses more than 20% fats and oils produced from plants as well as waste cooking oil. Compared with traditional petroleum-based printing inks, they are eco-friendly and easy to recycle.
We can use it for printing paper products and display the plant printing ink logo certified by the Japan Ink Industry Association.

Main characteristics

  • It is bright, rivaling the petroleum-based inks.
  • It is easy to be recycled because ink and paper are easy to be separated.
  • Reduce the use of fossil fuel resources.
  • Reduce the use of fossil fuel resources.
  • VEGETABLE OIL INK

Available materials

  • Paper labels
  • Cartons (not including corrugated cases)
Plant ink

Plant-derived ingredients obtained from trees, seeds, rice bran, etc. contain at least 10% solids in the ink
Like plant oil printing inks, it is expected to reduce volatile organic compounds and carbon dioxide through carbon neutrality. We can use it to print on film.

Main characteristics

  • Contain at least 10% plant-derived ingredients to effectively reduce CO2 emissions.
  • Effectively control air pollution
  • Reduce the use of fossil fuel resources.

Available materials

  • Film