Page 147 - 2025水性涂料虚拟专辑

罗海航等：可紫外固化的水性聚氨酯耐沾污涂层

湿铺展性；EOTA 的加入不仅提高了交联密度，阻止 [ 9 ] 李 ，范浩军，林智贤，等 . 有机硅改性水性聚氨酯涂层
了污染物小分子的渗透，还包 了涂层表面的极性 耐磨自消光性能研究[J]. 涂料工业，2022，52（8）：1-8.
基团，削弱了污染物小分子与涂层之间的作用力，因 LI H，FAN H J，LIN Z X，et al. Research on abrasive
而进一步降低了涂层的疏水性，并赋予了涂层良好 resistance and self-matting properties of silicone-modified
waterborne polyurethane coating[J]. Paint & Coatings
的防涂 和自清洁性能；经过 10%NaCl 溶液 5 d 的浸
Industry，2022，52（8）：1-8.
泡，涂层没有出现被腐蚀的痕 并依然展现出良好
[10] 王亚鑫，汪辉辉，饶兴兴，等 . 环氧基多元醇改性水性聚
的防涂 性能，显示出优良的耐沾污持久性；此外，
氨酯的合成与性能研究[J]. 涂料工业，2022，52（7）：54-
有效的交联提高了各组分间的相容性，降低了 WPU
59，67.
的结晶度，耐沾污涂层的透光率高于 98%，在玻璃幕
WANG Y X，WANG H H，RAO X X，et al. Synthesis and
墙、手机电 屏幕、汽车挡风玻璃等领域具有广阔的 performance research of waterborne polyurethane modified
应用前景。 with epoxy resin-based polyol[J]. Paint & Coatings
Industry，2022，52（7）：54-59，67.
参考文献
[11] YAO A S，LI H，LUO H H，et al. A novel strategy for
preparation of solvent-free high-solid content water-based
[ 1 ] LIU C Y，JIAO S Z，SUN Z C，et al. Development of a
polyurethane[J]. Journal of Polymer Research，2023，
hyperbranched oxazolidinone dynamic omniphobic liquid-
like coating with high hardness and flexibility[J]. Applied 30：258.
[12] 王振亚，文 ，范浩军，等 . 防涂 合成 涂层的制备
Surface Science，2024，654：15935.
[ 2 ] YANG H，QIN L G，WANG F，et al. A facile method to 方法[J]. 涂料工业，2022，52（3）：31-37，43.
e
fabricate the durable and self-protective coating for marine WANG Z Y，WEN J T，FAN H J，t al. Preparation of anti-
applications[J]. Surface and Coatings Technology，2023， graffiti synthetic leather coating[J]. Paint & Coatings
452：129124. Industry，2022，52（3）：31-37，43.
[ 3 ] YU M，ZHU B，LU Y，et al. A robust dynamic dewetting [13] 代东，李 ，曾 ，等 . 生物基聚氨酯抗涂 自清
coating with omniphobicity，wear resistance，and scratch 洁涂料的制备及性能[J]. 中国塑料，2023，37（2）：15-21.
repairability[J]. Colloids and Surfaces A：Physicochemical WEI D D，LI H Z，ZENG J J，et al. Preparation and
and Engineering Aspects，2023，679：132659. performance of biobased polyurethane anti graffiti and self
[ 4 ] HONG C Y，LI J W，ZHANG H，et al. Facile fabrication of cleaning coating[J]. China Plastics，2023，37（2）：15-21.
waterborne polyurethane coatings with good hydrophobicity [14] FOWKES F M. Attractive forces at interfaces[J].
and antifouling properties by leveraging fluorinated Industrialand Engineering Chemistry，1964，56（12）：
polysiloxane[J]. Progress in Organic Coatings，2024，186： 40-52.
108077. [15] ZHONG X M，SHENG J，FU H Q. A novel UV/sunlight-
[ 5 ] BU X Y，SUN C F，QIAO C D，et al. A bio-inspired curable anti-smudge coating system for various substrates
slippery coating with mechanochemical robustness for anti- [J]. Chemical Engineering Journal，2018，345：659-668.
ice and anti-corrosion[J]. Applied Surface Science，2023， [16] KHAN A，HUANG K，SARWAR M G，t al. High modulus，
e
639：158143. fluorine-free self-healing anti-smudge coatings[J].
[ 6 ] ZHOU M Y，HA Z M，L L，et al. Castor oil-based Progress in Organic Coatings，2020，145：105703.
transparent and omniphobic polyurethane coatings with [17] LI S R，WU Y X，ZHANG X H，et al. Eutectogel-based
high hardness，anti-smudge and anti-corrosive properties
strain and temperature sensor with widely tunable
[J]. Progress in Organic Coatings，2022，172：107120.
mechanical properties regulated by copolymerization-
[ 7 ] CHEN J H，KE Q P，LI S T，t al. Robust UV-curable anti-
e
induced phase separation and electrostatic interaction[J].
smudge electrodeposition coating for self-cleaning，anti-
Materials Today Nano，2024，25：100440.
graffiti and corrosion protection[J]. Progress in Organic
[18] WANG X J，ZHANG X Z，LIU Y Q，et al. Shape-on-
Coatings，2023，179：107526.
demand synthesis of luminescent （ETP）MnBr glass
2 4
[ 8 ] YIN Y H，YASEEN M，XIANG Z，et al. Synthesis and
scintillator[J]. Chemical Engineering Journal，2024，483：
properties of octadecylamine-graphene oxide modified
149239.
highly hydrophobic waterborne polyurethane emulsion[J].
Progress in Organic Coatings，2018，125：234-241. 收稿日期 2024-10-08（修改稿）
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