Journal of Korea Technical Association of The Pulp and Paper Industry (펄프종이기술)

Korea Technical Association of the Pulp and Paper Industry (한국펄프종이공학회)
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The Development of Design Structure for Environmental Friendly Non-Staple Boxes and Cases Made by the Carton and Corrugated Paperboard

카톤지와 골판지를 이용한 친환경 논스테이플 박스와 케이스 디자인 구조개발

  • Cho, Yong-Min (Korea Corrugated packaging Case Industry Association) ;
  • Um, Gi-Jeung (Changgang Institute of Paper Science and Technology, Kangwon National University) ;
  • Kim, Jin-Moo (Korea Corrugated packaging Case Industry Association)
  • 조용민 (한국골판지포장지공업협동조합) ;
  • 엄기증 (강원대학교 창강제지기술연구소) ;
  • 김진무 (한국골판지포장지공업협동조합)
  • Published : 2007.03.30
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Abstract

Carton and corrugated paperboard have excellent convertibility characteristics that could be easily slitted, folded, and inserted to become a certain shape of box or case. This excellent processing characteristics of carton and corrugated paperboard as well as their recyclability will continue to make them possess high portion in packaging markets. However, staple, tape, or adhesive have been used to seal a paperboard packaging box or case. Staples among them have been frequently used in many cases because of their convenience. Staples could enter the inside the box and give wounds to the goods in the box or case. Furthermore additional handling and waste treatment costs in the making and recycling processes would be necessary when staple is used to seal box or case. This study has been carried out to develop non-staple paperboard packaging box & case designs that can be used to make non-staple boxes & cases. It is believed that the non-staple folding paperboard boxes & cases could be more environmental-friendly, beautiful, and economic than staple boxes & cases.

Keywords

References

  1. Kirwan, M. J., Chapter 2 in 'Paper and paperboard packaging technology', edited by Kirwan, M. J. p. 50, Blackwell Publishing, Ltd. London (2005)
  2. Kirwan, M. J., Chapter 3 in 'Paper and paperboard packaging technology', edited by Kirwan. M. J. p. 84, Blackwell Publishing, Ltd. London (2005)
  3. Kirwan, M. J., Chapter 10 in 'Paper and paperboard packaging technology', edited by Kirwan, M. J. p. 262, Blackwell Publishing, Ltd. London (2005)
  4. Poustis, J., Chapter 11 in 'Paper and paperboard packaging technology', edited by Kirwan, M. J. p. 317, Blackwell Publishing, Ltd. London (2005)
  5. 김미자, 환경친화적인 포장을 위한 지기구조 디자인 개발에 관한 연구, 석사학위 논문, 홍익대학교 산업미술대학원 pp. 81-104 (1995)
  6. 골판지포장산업 실태조사 보고서, 한국골판지포장공업협동조합, pp. 1-24 (2006)
  7. 빌 스튜어트 (권영수 역), 패키지 디자인 전략, 시공사 pp. 5-32 (1997)
  8. Wybenga. G. L. and Roth, L., The packaging designer's book of patterns, pp. 20-23 John Wiley & Sons, Inc. New Jersey (2006)
  9. Brammer. E. and Heaton, G. N., Chapter 5 in 'The handbook of folding carton production', edited by Boxboard containers pp. 15-22, Jelmar Publishing Co., Inc.New York (1995)
  10. McKee. R. C., Gander. J. W. and Wachuta, J. R., Compression strength formula for corrugated boxes, Paperboard packaging, 48(8):149-159 (1963)
  11. 김 청, 골판지 지기 이야기, (주)포장산업 pp. 348-374 (2001)
  12. 김 청, 포장 개론, (주)포장산업 pp. 93-130 (2006)