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 년도별 목차보기 |
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| 발행년도/권호 |
2009 년 / 권호: V.21,no.1,Feb |
| 논문제목1(원어) |
기능성 무기물과 폴리올레핀계 수지의 정량적 혼합시스템에 의한
환경대응형 포장소재 개발 |
| 논문제목2(타언어) |
Environment Corresponding Package by Quantitative Mixing System
with Functional Inorganic Material and Polyolefin Resin |
| 저자(원어) |
김희삼․임현주1․박영미2 |
| 저자(타언어) |
Hisam Kim, Hyunju Lim1 and Youngmi Park2 |
| 소속(원어) |
한국폴리텍섬유패션대학, 1경북대학교, 2University of California, Davis |
| 소속(타언어) |
Knit Design, Korea Textile & Fashion Polytechnic college,Advanced Organic Materials Science and Engi |
| 시작/끝
페이지 |
1 ~ 9 총페이지 : 9 |
| 언어(원어) |
Korean |
| 초록 |
A lot of research has been made over the recent decade to develop testing packages with antimicrobial properties to
improve food safety. In this study, a new method, experimental device and technology for environmental corresponding packages of
polypropylene (PP) film has been developed to provide effective temperature buffering during the transport/long-term storage of
grains or foodstuffs from the supplier to the market. This quantitatively optimized mixing system enabled to produce PP films with
the 700~1,400d (width;1.5~3㎜, thickness;0.01~0.5㎜). In the whole mixing systems, the finely-granulated inorganic illite and PP
virgin chip for master batch (M/B) chip was calculated by digital measurement methods, and then the M/B chip for PP film was
adapted through a air jet and PP grinding method. The prepared PP film was characterized with tensile strength and elongation, far
infrared radiation (FIR) emissivity, antimicrobial activity and deodorization properties. The results revealed that the two differently
grain-sized illite could be show homogeneously dispersed on PP chip surface, and as the increasing of illite content, the FIR
emissivity and the anion emission rate of film was increasingly improved. In both of 325 and 1,500 mesh-sized illite contained PP
chip, of course the antimicrobial activity was good. But the ultimate deodorization rate for ammonia gas of PP film were found to
be approximately the same. |
| 키워드 |
polypropylene film, illite, functional inorganic material, master batch chip, quantitative mixing system |
| 학회지 |
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| Reference |
http://www.koreascience.or.kr/article/ArticleFullRecord.jsp?cn=OSGGBT_2009_v21n1_1 |
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