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Technology
World first covalent bonded
cellulose polymer
The world's first covalently bonded cellulose polymer
Through a simple and simultaneous process without a separate extraction process,
It presents a diversified bioplastic category and can replace existing plastics.
It is an eco-friendly non-toxic bioplastic.
Cellulose
Polymerization
CLC
Cellulose based
natural polymer
(wood flour, rice husk, starch, etc.)
at the raw material interface
Simultaneous and multiple polymerization technology
simple process
natural raw material
through polymerization
New natural polymer material
CLC Polymerization
Biomass raw materials are wood flour, rice husk, starch, etc.
It is an ingredient found in plants.
CLC Polymerization
Injection
Molding technology
Existing production
molds can be used
Existing petroleum-based plastics
Injection is also possible in the mold.
(Some mold modifications
may be required.)
Post-processing possible
Plating / Printing / Eco-friendly spray /
Anti-COVID spray/UV etc.
Post-processing done by the existing petroleum industry
Various designs are realized.
(Except for some grades)
Various products
can be produced
Cosmetics, daily necessities, disposable products, Industrial goods,
building materials, etc.
Product range production is possible.
Efficiency of
production time
Similar to existing petroleum-
based plastics
Production time at production
speed efficient.
Price competitiveness
Existing petroleum-based plastics
comparable or similar
It has price competitiveness.
Extrusion
Molding technology
FRP level high strength
기존 생산 금형 사용 가능
기존의 금형에서도 비슷한 속도로 다양한
용품에 사출이 가능하며 후가공 (도금/ 인쇄/
친환경 스프레이/ 항 COVID 스프레이/
UV 코팅)도 가능합니다.
*일부 금형 수정이 필요할 수 있음
FRP level heat resistance
플라스틱 쓰레기 문제 해결
플라스틱 쓰레기의 40%를 차지하는
포장재 사업군에 적용이 가능합니다.
FRP level high strength
FRP 수준 높은 강도와 내열성
기존 FRP 수준의 높은 강도로 특수 산업군
(전기자동차 부속품 등),
친환경 무독성 건축자재와
산업 전반에 사용이 가능합니다.
Applied to various industries
어떠한 물건도 저장 가능
일회용기, 각종 포장재 등
생활용품, 산업재 등
다양한 제품군 생산이 가능합니다.
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