Title

奈米級高效能防水紙板

Translated Titles

High-efficiency nano-based waterproof boxboard

Authors

張特嘉

Key Words

奈米級 ; 撥水劑 ; 防水紙板 ; nano-based ; water repellent agent ; boxboard

PublicationName

崑山科技大學電子工程研究所學位論文

Volume or Term/Year and Month of Publication

2009年

Academic Degree Category

碩士

Advisor

甘廣宙

Content Language

繁體中文

Chinese Abstract

人類文明在歷經前兩個世紀的工業革命,目前第四次工業革命的腳步儼然已隨著【奈米科技】的興起而到來,且由於其涵蓋領域甚廣,潛在的影響範圍遠超過半導體資訊產業,因此目前世界各國無不競相投注大量的人力與資金進行相關的研究開發。 在產業方面,奈米科學與技術已成為 21 世紀科技與產業發展最大的驅動力,奈米物質組成的運動規律、相互作用與可能發展實際應用的科學技術,其中包含許多核心技術如:奈米材料技術、奈米生物技術、奈米表面技術、奈米檢測技術、奈米粉粒製造技術、奈米微機電電腦輔助設計、奈米污染防治技術及奈米光電學,未來將如同 20 世紀 70 年代微米技術在世紀之交的資訊革命中,所扮演的重要關鍵角色,創造新一波的工業革命與新興產業。 目前防水紙板主要用於遠洋漁業的漁獲儲存與水果的儲存上,傳統使用的紙板為瓦楞紙板,瓦楞紙板是由工業用紙(牛皮面紙、瓦楞芯紙)經過複瓦機的壓楞、貼合、壓線、裁切等四個步驟所製成。為達到防水效果,一般通常於紙板的製造過程中,於牛皮面紙的表面塗佈一層蠟或撥水劑(Water repellent agent)(通常是以特殊蠟及松香做成)。但主要缺點為防水效果並非十分理想,溼氣不斷的侵蝕長期待在冷藏庫裡的低溫下的紙板,使防水效果因時間的增加而逐漸變差,也使得紙板本身的強度變差,層層堆疊的紙箱容易因此倒塌。本研究的目的是研製奈米級的撥水劑,藉由適度摻雜奈米材料,使撥水劑能有效提高防水效果,並提高紙板本身的強度。

English Abstract

Humanity civilization has been going through the industrial revolution in previous centuries. Now, it seems that the fourth industrial revolution is coming after the rising of the nano technology. Because it covers so widely, the revolution potentially affects more than the semiconductor and information industries do. Therefore, every country in the world invests a lot of manpower and funds in doing researches and developments which are related to the nano technology. About the industry, nano science and technology have become the biggest driven power to make the technology and industry in progress. Regular motions and interactions are composed by nano materials, and possibly developed science technology in practical applications. Among these, they include much core technology, such as: nano material technology、nano biology technology、nano surface technology、nano measurement technology、nano powder manufacturing technology、nano micro mechanical and electrical computer assisting design、nano technology of pollutions prevention and nano optical-electronics. In the future, nano technology will create a new industrial revolution and develop newly risen industry, which is just like the micrometer technology played an important and significant part during the information revolution between 1970s and 21 century. For the time being, waterproof corrugated boxboards are mainly used to store fishes from pelagic fishing. They are also used to store the fruit. Corrugated boxboards are making of industrial papers (kraft-top liner, medium paper). Making paperboards needs four steps: corrugating, boding, scoring and cutting. In order to be waterproof, while making the corrugated boxboards, on the surface of the kraft-top liner is usually coated a layer of wax or water repellent agent, which is usually made from special wax and resin. But the main defect of waster repellent agent is that the waterproof level is not perfectly ideal. When the boxboards stay long in refrigerator in very low temperature, the waterproof level will decrease passing through along with the time which is because the humid air keeps permeate into the boxboards. The strength of the boxboard may become weaker. Consequently, cartons which are made of the boxboards can collapse more easily when they are stacked up. The purpose of this research is to develop a kind of nano-based water repellent agent. By doping nano material appropriately, the water repellent agent may be able to increase the waterproof level of the boxboard effectively and also able to strengthen the boxboard.

Topic Category 工程學院 > 電子工程研究所
工程學 > 電機工程
Reference
  1. [7] 陳奕璋,”可應用於氮化鎵發光二極體之透明電極製作”,碩士論文,電子工程研究所,崑山科技大學,2008。
    連結:
  2. [9] 陳皇翰,”利用可見光探討銀沉積於奈米氧化鋅的光催化活性”,碩士論文,化學研究所,國立成功大學,2005。
    連結:
  3. [10] 劉佳鑫,”Epoxy/SiO2奈米混成材料製備及其在光電封裝應用之研究”,碩士論文,化學工程研究所,國立成功大學,2005。
    連結:
  4. [1] 張云,”瓦楞紙板黏結構件的緩沖性能研究”,碩士論文,南京林業大學,中國,2008。
  5. [2] 洪亮,”瓦楞紙箱工藝”,包裝工程 PACKAGING ENGINEERING Vol.28 No.12,2007年12月,第282頁。
  6. [3] Tony Pinnington, The Corrugated Industry – In Pursuit of Excellence, Michael Brunton, Brunton Technical Publications Ltd, England, U.K. ,2007
  7. [4] 周媛,”瓦楞紙板的結構增強與配比技術研究”,碩士論文,江南大學,中國大陸,2007。
  8. [5] 曾漢壽,瓦楞紙箱設計,台灣,台灣包裝工業雜誌社,1996年8月初版。
  9. [6] 椿樺化學股份有限公司網站。http://www.chctw.com/
  10. [8] 金開聖,”氧化鋅薄膜分析與發光二極體元件製作”,碩士論文,電子工程研究所,中華技術學院,2008。
  11. [11] 屈睦舜,”熱塑性彈性體(Santoprene)/二氧化矽奈米複合材料之黏著性研究”,碩士論文,材料工程研究所,國立中興大學,2004。
  12. [12] 呂宗昕,圖解奈米科技與光觸媒,商周出版,台北市,台灣,2003年,初版。
  13. [13] 鄧文森,”摻雜SiO2對TiO2特性影響之研究”,碩士論文,大同大學,2003。
  14. [14] 經濟部標準檢驗局,(2005),紙、紙板及紙漿-樣本之調製與試驗之標準狀態,CNS 1351,P3001。
  15. [15] 經濟部標準檢驗局,(1973),紙及紙板撥水度試驗法,CNS 3687,P3030。
  16. [16] 經濟部標準檢驗局,(2008),紙及紙板高破裂強度試驗法,CNS 2054,P3011。
  17. [17] 經濟部標準檢驗局,(2008),瓦楞芯紙及紙板環壓強度試驗法,CNS 2956,P3024。
  18. [18] 經濟部標準檢驗局,(1986),瓦楞紙板豎壓強度試驗法–蝶形試片,CNS 11486,Z6082。