Page 133 - 《精细化工》2023年第4期
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す 4 ᱌                    ᰦ⿸Ͳ喑ぶ:  ⶙㘯䚝⅜ᩦᕔ̶㖇⅝㘧㵺⩌➖ࣷڣᴾ㘯ࡃᏁ⩕                                    g819g


                                               㶕 5  MF হ AMF ᴾ㘯⊯ᅯᕔ㘪
                                         Table 5    Properties of MF and AMF resin coatings
                                                  㔽↎ᕔ㘪/㏔
                           Ⅱᣒ
               ᴾ㘯ㆨಸ              䉕䛼ܳ᪝ 10%ᴍῙ䚥 䉕䛼ܳ᪝ 5%⅏⅔ࡃ䧍                     䧲ぁ⶙Ꮣ/H     䭱Ɑ߈/㏔      ⸕㕄/(mg/r)
                         㼓㻿/喍°喎                                    ͆䚛   䲸⇦
                                      Ⅱ⏣⋟              Ⅱ⏣⋟
                 MF         68.5        4                3          5    5      6H         0          0
               AMF(1.0%)   107.5        5                5          5    5      6H         0          0.2

                      㶕 6  MF হ AMF ⶙∎ᱽ᫆ᕔ㘪                     [2]   ULLAH S, BUSTA M  A, AHMAD F, et al. Synthesis  and
                 Table 6    Properties of MF and AMF hard foam     characterization of  melamine formaldehyde resins for  decorative
                                                                   paper applications[J].Journal of the Chinese Chemical Society, 2015,
                       㶕㻯ჳᏓ/     ᑜᰟᑧᏓ/  ࢸ㑖ᑧᏓ/       Ҁ⼜॥
              ᴾ㘯ㆨಸ          3                                      62(2): 182-190.
                        (kg/m )    kPa      kPa    Ⅱ⢴/%
                                                               [3]   CAO L J (ᰦ⿸Ͳ), JIN T (䲠♅),  DENG S Q (䗀㉍⥡),  et al.
                MF       40.5      348.5    320      5.2           Molding process and mechanism of "desulfurized gypsum-glass
             AMF(1.0%)   40.2      345.8    315      2.0           fiber" reinforced  with melamine resin[J]. Journal  of Building
                                                                   Materials (ᐧまᱽ᫆႓្) 2022, 25(1): 74-80.
                                                               [4]   GUO W M (䘚㩇᩼), CHEN Y (䭵✂), ZENG D F (ᰫᓤ㟠). Study
                 㐩व㶕 4~6喑AMF ᴾ㘯ݣิ⮱䄂ᵤȠ⊯ᅯВࣷ                          and preparation of universal paint mist coagulant for water-based and
            ⶙∎ᱽ᫆Ⱕᄦλ MF ᱽ᫆喑߈႓ᕔ㘪౴⪒ᰶ̸䭺喍ࢠ                              solvent-based paints[J]. Paint & Coatings Industry (⊯᫆ጒ͇), 2020,
                                                                   50(9): 38-50.
            䴔ᕔ᣽倅喎喑ѳ᭜㶕⣝ܧ⾮ܧ⮱ោⅡহ⪼Ⅱ᩵᳉喑                             [5]   YAN C, LUO Y J, ZHANG W G, et al. Preparation of a novel melamine
            AMF ᵤ಄ 24 h ॥Ⅱ⢴⩞ 4.5%䭺㜠 1.1%喑Ⅱᣒ㼓㻿                      foam structure and properties[J]. J Appl Polymer Sci, 2021, 48(16):
                                                                   51992.
            ⩞ 68.5°᣽倅㜠 107.5°喑ោ↎ᴀᕔ㘪ᰶ᝭ᩦ઱喠AMF                    [6]   TANG Y (਽࢝), WANG S P (⢸䶧Ꭰ), LI G (ᱻ݇), et al. Property
            ⶙∎ᱽ᫆⮱Ҁ⼜॥Ⅱ⢴݆⩞ 5.2%䭺ѻ㜠 2.0%ȡ                             and application of melamine rigid foam[J].New Chemical Materials
                                                                   (ࡃጒ᫝ಸᱽ᫆), 2020, 48(S1): 146-149.
                                                               [7]   GAO Y Y (倅λ∸), LIU S Y (݅㏺㠞), WANG Q Y (⢸Ꮃ࢝), et al.
            3   㐀䃧                                                 Preparation and surface properties of melamine-formaldehyde resin
                                                                   grafted by hydroxyl terminated polydimethylsiloxane[J]. Fine
                喍1喎㏼䓴⶙㘯䚝⅜⮱䚝㘧ࡃࣺᏁᩦᕔ᝭ݣิ⮱                              Chemicals (㇫㏳ࡃጒ), 2020, 37(8): 1567-1573.
                                                               [8]   GO N, SHUN K, HIDEKI S, et al. Preparation and coating properties
            AMA Ⅱᣒ㼓㻿ज倅䓫 140.3°喠䚝㘧ࡃᩦᕔݺऻ喑̶
                                                                   of an acrylic  melamine resin containing silicone segments[J].
            㖇⅝㘧⩞᭫㦄⮱Ⅱ⋓⎬ᕔ䒙ࡃͧ⾮ܧ⮱⪼Ⅱᕔȡ                                  Polymer Bull, 2012, 68: 2049-2060.
                喍2喎ౕ AMF ݣิ䓴⼸͚喑䮼Ɑ̶㖇⅝㘧⮱䚝                        [9]   CHENG W (⼸ᓛ), HU Y D (㘎⯷ᴸ), HAN W (䴖ь),  et al.
                                                                   Melamine modified intermediate and melamine modified functional
            㘧ࡃ⼸Ꮣ෋๔喑⪼Ⅱᩦᕔჳ㘧ᴾ㘯⮱Ⅱღᓺ◦⍖Ꮣ                                 bisphenol a monomer, and synthesis methods thereof: CN112830901A[P].
            䔽⌽䭺ѻ喑ᴾ㘯叼Ꮣ䔽⌽෋๔喑̺⏣ᕔ䷄ㆿ䔽⌽෋                                 2021-01-11.
                                                               [10]  TU J (⊯ӷ). Fabrication and modulation of one- and two-dimensional
            ็Ƞ෋๔喠हᬣ喑ౕ䔯ᒀ⮱䚝㘧ࡃ⼸Ꮣ̸喑AMAȠ                                assemblies based  on melamine derivatives[D]. Beijing:Tsinghua
            AMF ⮱☚⽠Ⴧᕔ䘪чᰶ᝭ᩦ઱ȡ                                       University (⌲ࡻ๔႓), 2016.
                                                               [11]  URDL K, WEISS S, KARPA A, et al. Furan-functionalised melamine-
                喍3喎䕇䓴⶙㘯䚝⅜ᄦ̶㖇⅝㘧⮱ᩦᕔࣺᏁ喑᝭
                                                                   formaldehyde particles performing Diels-Alder reactions  [J].
            ݣิ⮱ AMF 䄂ᵤȠ㛉ᅯᱽ᫆Вࣷ⶙∎ᱽ᫆Ⱕᄦλ፥                              European Polymer Journal, 2018, 108: 225-234.
            㻱 MF ᱽ᫆喑߈႓ᕔ㘪⪒ᰶ̸䭺喑ѳౕव⤳㠰డڲ喑                          [12]  HUANG J (叱ᐧ), CHEN Y F (䭵⢶ᩫ), CAO L J (ᰦ⿸Ͳ), et al.
                                                                   Preparation and application of a structure modified melamine hard
            ധ᱙̷जԊᠮ̻፥㻱 MF ᴾ㘯Ⱕ䓾喠㏼ᩦᕔݣิ⮱                               foam  material with low density, high strength and toughness:
            ჳ㘧ᱽ᫆䘪㶕⣝ܧ࡮ܳ⾮ܧ⮱ោⅡহ⪼Ⅱ᩵᳉喑                                  CN114854171A[P]. 2022-05-27.
                                                               [13]  XIONG Z, CHEN N, WANG Q. Preparation and properties of melamine
            AMF ᵤ಄⮱ 24 h ॥Ⅱ⢴⩞ MF ⮱ 4.5%䭺ѻ㜠 1.1%喑                   formaldehyde resin modified by functionalized nano-SiO 2 and polyvinyl
            Ⅱᣒ㼓㻿⩞ MF ⮱ 68.5°᣽倅㜠 107.5°喠AMF ⶙∎ᱽ                     alcohol[J]. Polymers and Polymer Composites, 2021, 29(2): 96-106.
                                                               [14]  ZHANG H (ᑍᬷ). Synthesis of non-aromatic fluorescent materials
            ᫆⮱Ҁ⼜॥Ⅱ⢴݆⩞ MF ⮱ 5.2%䭺ѻ㜠 2.0%ȡ                           by amidation reaction and its properties[D]. Jinan: University of
                                                                   Jinan (≻ࢄ๔႓), 2020.
            ࣯㔰᪴⡛喟                                              [15]  ZHANG L  Q (ᑍ⦽ࡰ).  Study on the preparation of trimesoyl
            [1]  WANG  N (⢸Ⴎ), LI C F (ᱻ᭒䷻), LIU M L (݅ᬻݖ). Research   chloride-melamine polymer modified TiO 2 and photocatalytic degradation
                 progress and application of modified melamine formaldehyde   performance of gasphase benzene[D]. Jinan: Qilu University of
                 resin[J]. Thermosetting Resin (☚ధᕔᴾ㘯), 2022, 35(6): 62-65.   Technology (命冮ጒ͇๔႓), 2020.
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