幾丁聚醣預處理對聚乳酸纖維噴墨效果的影響之探討158)(2013).pdf ·...

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JHGT-20.4(158) (2013-12) 華岡紡織期刊 第二十卷 第四期 ISSN 1025-967 158 幾丁聚醣預處理對聚乳酸纖維噴墨效果的影響之探討 Investigate of Inkjet Printing on Polylactic Acid Fiber with Chitosan Pretreatment Effect 廖盛焜 江品毅 吳弘杰 陳活源 S. K. Liao, P. Y. Chiang, H. C. Wu, H. Y. Chen* 逢甲大學纖維與複合材料學系、大鐘印染股份有限公司 Feng Chia University Fiber and Composite Material Department *Great Bell Printing & Dyeing CO., LTD. S. K. Liao : [email protected] 摘要 近幾年來環保的潮流下,很多研究朝向對環境負擔小的趨勢進行。噴墨印染設備逐漸被人重視, 噴印所需染料少,所產生的廢水也極少。聚乳酸纖維因為可降解性能,在土中可分解,對環境 負擔小。幾丁聚醣則是一種可分解高分子聚合物,來自天然的蝦、蟹殼,它具有無毒性、生物 可分解性。本文先使用幾丁聚醣進行前處理後,再進行反應性染料的噴墨印染,探討其加工條 件之影響。實驗結果顯示,前處理劑濃度 5 wt%,前處理劑固化溫度 150 ℃,糊劑 pH3,蒸處 時間 50 min 時有最佳 K/S 值。 關鍵詞: 噴墨印染、幾丁聚醣、反應性染料 ABSTRACT In recent years, many researches are the target of environment friendly. The digital inkjet printing gradually attention, the requirement are less dyes, producing a few wastewater. PLA has biodegradable performance can be decomposed in the soil, the environmental burden small. Chitosan is a biodegradable polymer, it comes from natural shrimp and crab shell produced when a raw material, it has a non-toxic, Biodegradable. In the first, the pre-treatment of chitosan ,and then inkjet printing on pre-treatment of PLA , to explore the effects of processing conditions. The result show pre-treatment concentration 5 wt%,pre-treatment concentration curing temperature of 150 , paste pH value of 3, steaming time at 50 min have the best K/S. Keywords: inject printing, Chitosan, reactive dye

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  • JHGT-20.4(158) (2013-12) ISSN 1025-967

    158

    Investigate of Inkjet Printing on Polylactic Acid Fiber with Chitosan Pretreatment Effect

    S. K. Liao, P. Y. Chiang, H. C. Wu, H. Y. Chen*

    Feng Chia University Fiber and Composite Material Department

    *Great Bell Printing & Dyeing CO., LTD.

    S. K. Liao : [email protected]

    5 wt% 150 pH3

    50 min K/S

    :

    ABSTRACT

    In recent years, many researches are the target of environment friendly. The digital inkjet printing

    gradually attention, the requirement are less dyes, producing a few wastewater. PLA has biodegradable

    performance can be decomposed in the soil, the environmental burden small. Chitosan is a

    biodegradable polymer, it comes from natural shrimp and crab shell produced when a raw material, it

    has a non-toxic, Biodegradable. In the first, the pre-treatment of chitosan ,and then inkjet printing on

    pre-treatment of PLA , to explore the effects of processing conditions. The result show pre-treatment

    concentration 5 wt%,pre-treatment concentration curing temperature of 150 , paste pH value of 3,

    steaming time at 50 min have the best K/S.

    Keywords: inject printing, Chitosan, reactive dye

  • 158

    1.

    4~8

    2.

    2-1

    -OH-NH2

    SDT

    X

    1

    2-2

    ::

    :

    :

    ()

    2

    2-3 (padding)

    3

  • 159

    (1)

    (2)(3)

    2-4

    (steaming)(curring)

    2-5

    (PZT)

    droplet

    (piezo-ceramic)(diaphragm)

    (inkjet chamber)(inlet & manifold)

    (nozzle)

    4

    2-6 (FT-IR)

    2-7

    DSC

    ()

    2-8 (K/S)

    K/S

    :

    =(1 )

    2

    2

    K: S:

    R:

    3.

    (1) DSC

    2 wt%

    15 min

    70~75 %

    60 30 min

  • 160

    3 min

    FT-IR

    (2) 10 wt% 5 wt%

    pH

    pH

    15 min 60

    30 min

    60 30 min

    60 30 min

    60

    30 min

    (3) EDS

    CIE LAB SEM

    4.

    4-1 SEMEDS

    5DSC

    160 ~170

    5 DSC

    61650 cm-1Amide C=O

    (stretching vibrations)

    Amide 1580 cm-1N-H

    1000 cm-1~1150 cm-1

    (glucose ring)C-O-C(vibrations)C-OH

    (vibrations)C-C(ring vibrations)3200 cm-

    1~3500 cm-1N-HO-H

    6 FTIR

    71747 cm-1C=O

    (stretching vibrations)1300 cm-1~1500

    cm-1CH3C-H(symmetric and

    asymmetric) (deformation vibrations)

    1050~1250 cm-1C-OC-O-C2945

    cm-1CH3C-H(stretching vibrations)

    3 wt%120

    FTIRAmide 1650 cm-

    11580 cm-1Amide

    1500 cm-1~1700 cm-1

  • 161

    7 FTIR

    8(a)SEM

    SEM

    (b)

    SEM

    (c)

    (d)

    SEM

    8(a) SEM (b) SEM

    (c) SEM(d) SEM

    9

    10

    EDS

    N

    9 EDS

    1

    %

    C 52.91%

    O 47.09%

    10 PLA

    EDS

    2

    %

    C 50.41%

    O 47.29%

    N 2.30%

    4-2

    11K/SCM

    YKK/S

    (a) (b)

    (c) (d)

  • 162

    11

    4-3

    4.3

    CMYKK/S

    (NH2)

    K/S1 wt%

    K/S4.3

    7 wt%9 wt%K/S7 wt%9 wt%

    5 wt%

    12 CMYK

    K/S

    3

    L91 a

    0.029 wt%-0.33

    b

    4.3.2b

    45

    2.5 cm15 cm3

    4.3.34.8 cm

    5 wt%14.93 cm7 wt%9 wt%

    15 cm

    4515 cm

    3 CIE LAB

    1wt% 3wt% 5wt% 7wt% 9wt%

    L 91.93 91.55 91.58 91.75 91.97 91.78

    a 0.02 -0.02 -0.03 -0.11 -0.21 -0.33

    b 0.42 0.64 1.36 1.93 3.34 4.67

    4Lab

    1wt% 3wt% 5wt% 7wt% 9wt%

    L -0.38 -0.35 -0.18 0.04 -0.15

    a -0.04 -0.05 -0.13 -0.23 -0.35

    b 0.22 0.94 1.51 2.92 4.25

    5

    1wt% 3wt% 5wt% 7wt% 9wt%

    cm 4.8 8.83 13.5 14.93 >15 >15

    4-4

    13

    CMYKK/S

    13MKK/S

    Y140 150 K/S

    13 CMYK

    K/S

    Lab

    Lab

    cm

  • 163

    4-5 pH

    pHpH

    14MpH 3K/S

    14MpH 6.5pH 3K/S3.1

    7.214CMYKpH

    K/SCpH 4pH 3 .5pH

    3K/SKpH4.5K/S

    4.5CMYK

    pHK/S

    (NH2)pHNH3+

    14 pH CMYK

    K/S

    4-6

    15CMYK

    K/S50 minK/S

    K/S

    K/S

    15 CMYK

    K/S

    5.

    pH

    :

    (1) 1. SEM

    (2) 2. K/S

    7 wt% 9 wt%

    5 wt%

    (3) 3. 5 wt% 150

    (4) pH 3 50 min

    (5) K/S

    1.

    5 (2006)

    2.

    9 (2005)

    3.

    3~4 (2003)

    4. O. A. Hakeim, L. El-Gabry, A. Abou-Okeil

    Rendering Synthetic Fabrics Acid Printable

    Using Chitosan and BinderJournal of Applied

    Polymer Science Vol. 108Issue 4 21222127 (2008)

    5. 174~182 (2000)

    6.

    Tencel Nylon 6.6 PET

    2~4 (2007)

  • 164

    7. ( Tencel )

    (2001)

    8.

    35~38 (2004)

    9.

    2 (2004)

    10.

    196-203 (1988)

    11.

    3~7(1994)

    12. 199~201 (2000)

    13.

    147 (2002)

    14.

    136~138 (2005)

    15.

    2 (2007)

    16.

    3~4 (2003)

    17.

    14(2003)

    18.

    7~8 (2006)

    19.

    13~15 (2008)

    20. George Z. Kyzas, Nikolaos K. LazaridisReactive and basic dyes removal by sorption

    onto chitosan derivativesJournal of Colloid

    and Interface Science3239 (2009)

    21. Supaporn NoppakundilogratPunthorn

    Buranagul Wilaiporn Graisuwan,Chawan

    Koopipat and KiatkamjornwongaModified chitosan pretreatment of polyester fabric for

    printing by ink jet inkCarbohydrate

    Polymers1124-1135 (2010)