Adhesives, 2. Applications

1.	Paper and Packaging Industry
1.1.	Graphic Products
1.1.1.	Bookbinding
1.1.1.1.	Perfect Binding (Unsewn Binding) of Books
1.1.1.2.	Book Manufacture
1.1.2.	Fold Gluing
1.2.	Adhesives for Packaging and Packaging Materials
1.2.1.	Manufacture of Corrugated Board
1.2.2.	Lamination of Paper and Board
1.2.3.	Folder Gluer
1.2.4.	Folding Cartons
1.2.5.	Flexible Packages
1.2.6.	Bags, Sacks, and Pouches
1.2.7.	Adhesive Coating of Paper and Board
1.2.8.	Adhesives for Automatic Packaging Machines
1.2.9.	Reclosure Systems for Liquid Packaging Boards
1.2.10.	Membrane Bonding
1.2.11.	Pallet Securing
1.3.	Envelopes and Advertising Mail
1.4.	Cigarette Manufacture
1.5.	Labeling
1.6.	Nonwovens Hygiene Industry
1.7.	Hygienic Tissue Papers
2.	Gluing of Wood and Wooden Materials
3.	Footwear Adhesives
4.	Bonding of Plastics
5.	Bonding of Elastomers
5.1.	Postvulcanization Bonding of Rubber
5.2.	Vulcanization Bonding of Rubber
6.	Bonding of Metals
7.	Adhesives for Wallcoverings
8.	Flooring Adhesives
9.	Building Construction Adhesives
10.	Adhesives for Bonding Textile Fabrics
11.	Flocking Adhesives
12.	Adhesives for Bonding Glass
13.	Adhesives in Automobile Manufacture
14.	Adhesives in Aircraft Construction
15.	Adhesives and Sealants in Electronics
15.1.	Introduction
15.2.	Conductive Adhesives
15.3.	Coating and Protection Products
15.4.	Surface Mounting Adhesives
15.5.	Adhesives for Flat-Panel Display Manufacture
16.	Medical Adhesives
17.	Household Adhesives and Do-It-Yourself Products
17.1.	Household Adhesives
17.1.1.	Adhesive Rollers (Paper Adhesives in Cassette Form)
17.2.	Do-It-Yourself Products
18.	Applications of Anaerobic Adhesives
18.1.	Introduction
18.2.	Main Applications Types
18.2.1.	Threadlockers
18.2.2.	Threadsealants
18.2.3.	Chemical Gaskets
18.2.4.	Retaining Compounds
18.2.5.	Porous-Metal Sealing (PMS)
18.3.	Limitations for Anaerobic Adhesive Applications
18.4.	Formulation Ingredients and Chemistry
18.4.1.	Methacrylate Esters
18.4.2.	Curatives
18.4.3.	Initiation or Polymerization Accelerators–Promoters
18.4.4.	Rheological Additives
18.4.5.	Performance Additives
19.	Adhesives in Transportation Industry
19.1.	Introduction
19.2.	Sandwich Elements
19.3.	Commercial Vehicles/Buses
19.4.	Recreational Vehicles
19.5.	Railway
19.6.	Shipbuilding
19.7.	Refrigerated Containers
19.8.	Future Trends
20.	Adhesives in Low-Pressure Molding for Electronic Components

References

1 H. Onusseit: “Trends in der Verpackung - Eine Herausforderung für Verpackungsklebstoffe”, Adhäsion–kleben & dichten 48 (2004) no. 9, 21–25.
Google Scholar
2 D. Liebau, Industrielle Buchbinderei, Heinz Verlag Beruf + Schule, Itzehoe 2001.
Google Scholar
3 H. Onusseit, Adhesives & Sealants Agenda Europe, Campden Publishing, London 1997, p. 78.
Google Scholar
4 H. Onusseit, “Klebstoffsysteme”, Bindereport 1 (1990) 26–29.
Google Scholar
5 H. Onusseit: “Dispersionsklebstoffe für die Klebebindung”, Bindereport 6 (1997) 373–381.
Google Scholar
6 H. Onusseit: European Adhesives & Sealant 3 (1990) 26–32.
Google Scholar
7 H. Onusseit: “PUR-Schmelzklebstoffe”, Bindereport 11 (2003) 36.
Google Scholar
8 M. Eckers, H. Onusseit: “Purmelt Dual Cure stärken Bücher und Buchbindern den Rücken”, Bindereport 3 (2005) 40–41.
Google Scholar
9 H. Onusseit, Bindereport 9 (1996) 465–473.
Google Scholar
10 H. Onusseit: “Klebebinden mit mehrschichtigem Klebstoffauftrag”, Bindereport 11 (2000) 38–39.
Google Scholar
11 P. Steinbach: “Proteinklebstoffe–Nach dem Vorbild der Natur”, Bindereport 11 (2003) 34–35.
Google Scholar
12 H. Onusseit: “Trends bei Verpackungsklebstoffen”, Adhäsion–kleben & dichten 47 (2003) 20–24.
Google Scholar
13 P. Roier, H. Mensing: “Planlage in der Wellpappe”, Allgemeine Papierrundschau 4 (2004) 16–21.
Google Scholar
14 G. Henke: “Vier Typen, die sich ergänzen”, Pack Aktuell 15 (1996) 18–20.
Google Scholar
15 H. Onusseit: “Maßgeschneiderte Klebstoffe für jede Verpackung”, Farbe & Lack 105 (1999) 160–167.
CAS Google Scholar
16 H. Onusseit: “Klebeverschlüsse für Fruchtsaftverpackungen”, Flüssiges Obst 10 (2001) 611–614.
Google Scholar
17 E. Pürkner, H. Onusseit: “Palettensicherung mit Antislipmitteln, Nicht immer, aber immer häufiger”, Packung &Transport 10 (1992) 30–32.
Google Scholar
18 H. Onusseit: “Palettensicherungssysteme ökologisch & ökonomisch - Klebstoffe zur Sicherung palettierter Ladeeinheiten”, Getränk! Technologie & Marketing 4 (2006) 30–33.
Google Scholar
19 H. Onusseit: “Trends bei der Etikettierung”, Flüssiges Obst 10 (2008) 502–505.
Google Scholar
20 H. Onusseit: “Etikettierung im Wandel - Etikettierklebstoffe für PET Flaschen”, Getränkeindustrie 56 (2002) 20–23.
Google Scholar
21 M. Dietz: “Klebstoffe und Applikationstechnik”, Bauindustrie 2 (2004) 31–33.
Google Scholar
22 “Kunststoffrohre für den Bau”, Kunstst. Bau 16 (1981) no. 2, 87–93.
Google Scholar
23 DVS-Richtlinien und Merkblätter, Kleben von thermoplastischen Kunststoffen, Beuth Verlag, Berlin 2008.
Google Scholar
24 Kunststoffrohrverband e.V., Klebeanleitung A117 PVC-U-Druckleitungen, 11, Bonn, 2004.
Google Scholar
25 R. Nowack, E. Barth: “Kunststoffrohrleitungen im Bereich der Verfahrenstechnik,” 3 R international 20 (1981) no. 6/7, 337–353.
Google Scholar
26 H. Fühn: “Kunststoffrohre aus PVC-hart in der Gasverteilung,” 3 R international 17 (1978) no. 10, 611–615.
Google Scholar
27 G. Poschet, I. Zöhren: “Chemikalienbeständigkeit von Klebverbindungen,” Schweißen + Schneiden 31 (1979) no. 8, 332–335.
CAS Google Scholar
28 W. Trautvetter: “Über chloriertes PVC,” Kunstst. Plast. 13 (1966) no. 2, 54.
CAS Google Scholar
29 Loctite, US 6939932B2, 2004 (B. J. Kneafsey, G. Coughlan);
Google Scholar
US 7189463B2, 2004 (B. J. Kneafsey, G. Coughlan).
Google Scholar
30 3M Innovative Properties, US 6252023B1, 2001 (D. M. Moren);
Google Scholar
Minnesota Mining, US 5684102, 1997 (A. V. Pocius, T. G. Nigatu);
Google Scholar
3M Innovative Properties, US 6410667, 2002 (D. M. Moren).
Google Scholar
31 US 6713578, 2002 (M. F. Sonnenschein, S. P. Webb);
Google Scholar
US 6762260 B2, 2003 (M. F. Sonnenschein, S.P. Webb).
Google Scholar
32 S. Boström: Kautschuk-Handbuch, vol. 4, Berliner Union, Stuttgart 1961, p. 120.
Google Scholar
33 S. Buchan: Rubber-to-Metal Bonding, Crosby Lockwood, London 1959.
Google Scholar
34 G. Klement, Gummi Asbest + Kunstst. 24 (1971) 430–444.
CAS Google Scholar
35 DeCrease, Rubber World 158 (1968) no. 1, 555–557.
Google Scholar
36 R. N. Özelli, H. Scheer, Gummi Asbest + Kunstst. 27 (1974) 612–618.
Google Scholar
37 W. Wefringhaus: “Aqueous Adhesives for Rubber and Metals as an Alternative to Solvent-Containing Systems,” Euradh '92. Conf. Proc., Karlsruhe, Germany 1992 322–328.
Google Scholar
38 K. M. Bond, D. H. Mowey: “Waterborne Rubber-to-Metal Adhesives,” Automot. Engng. 101 (1993) 45–47.
Google Scholar
39 C. V. Cagle: Adhesive Bonding, Techniques and Applications, McGraw-Hill, New York 1968.
Google Scholar
40 A. Matting: Metallkleben, Springer Verlag, Berlin–Heidelberg 1969.
10.1007/978-3-642-92982-3
Google Scholar
41 T. R. J. Schlieckelmann: Metallkleben–Konstruktion und Fertigung in der Praxis, Deutscher Verlag für Schweißtechnik, Düsseldorf 1972.
Google Scholar
42 Annual Book of ASTM Standards, part 16, Philadelphia, PA, 1971.
Google Scholar
43 DIN EN 233, Wandbekleidungen in Rollen, Beuth Verlag, Berlin 1999.
Google Scholar
44 DIN EN 234, Wandbekleidungen in Rollen-Festlegungen für Wandbekleidungen für nachträgliche Behandlung, Beuth Verlag, Berlin 1997.
Google Scholar
45 DIN EN 235, Wandbekleidungen - Begriffe und Symbole, Beuth Verlag 2002.
Google Scholar
46 P. Wahl: Handbuch Tapezieren-Kleben-Spannen, Deutsche Verlagsanstalt, Stuttgart 1974.
Google Scholar
47 Bundesausschuß Farb- und Sachwertschutz (ed.): Technische Richtlinien für Maler- und Lackierarbeiten, no 16, Frankfurt 1976.
Google Scholar
48 P. Fickeisen, R. Füßl, R. Hummerich, I. Neumann, Adhäsion 42 (1998) no. 1/2, 24–29.
Google Scholar
49 D. Urban, E. Wistuba in D. Distler (ed.): Wäßrige Polymerdispersionen, Wiley-VCH, Weinheim 1999, pp. 150–154.
Web of Science® Google Scholar
50 Rohm & Haas, Adhäsion 42 (1998) no. 1/2, 25–29.
Google Scholar
51 European Adhesives & Sealants 6 (1997) 28.
Google Scholar
52 G. Blunk, KIB Kunstst. Bau 9 (1968) 17–20.
Google Scholar
53 G. Tauber, Seifen Öle Fette Wachse 92 (1966) 899–908.
CAS Google Scholar
54 M. Michel, Tech. Mitt. 65 (1972) 590–594.
Google Scholar
55 F. Mang, Adhäsion 23 (1979) no. 1, 4–9.
Google Scholar
56 R. Hinterwaldner, Holzzentralbl. 107 (1981) 180–181.
Google Scholar
57 R. Hinterwaldner, Adhäsion 21 (1977) no. 1, 13–20.
CAS Google Scholar
58 R. Petri, Boden Wand Decke 1977 no. 11, 65–72.
Google Scholar
59 S. Schaaf, Textilveredlung 9 (1974) 14–25.
CAS Web of Science® Google Scholar
60 S. Schaaf, H. Luthi, Textilveredelung 11 (1976) 348–351.
CAS Web of Science® Google Scholar
61 D. V. Kamat, Text. Chem. Color. 5 (1973) 25–27.
Google Scholar
62 E. de Jong, Adhäsion 19 (1975) 317–324.
Google Scholar
63 S. Schaaf, Am. Dyest. Rep. 61 (1972) 31–40.
CAS Web of Science® Google Scholar
D. E. Peermann, Adhes. Age 24 (1981) no. 12, 23–27.
Google Scholar
64 U. Maag, Adhäsion 20 (1976) 173–177, 206–209.
Google Scholar
65 R. Wefringhaus: “Beflockung von Gummiprofilen für den Automobilbau,” GAK (2001) no. 12, 827–830.
CAS Google Scholar
66 W. Eichler, Silikattechnik 17 (1966) 227–228.
CAS Google Scholar
67 W. Moebes, A. Wende, Plaste Kautsch. 9 (1962) 232–236.
CAS Google Scholar
68 W. Dümig, F. Geyer, Adhäsion 22 (1978) no. 3, 70–74;
Google Scholar
22 (1978) no. 4, 107–118;
Google Scholar
22 (1978) no. 5, 145–147;
Google Scholar
22 (1978) no. 8, 252–261;
Google Scholar
22 (1978) no. 9, 288–291.
Google Scholar
69 R. Becker, Plaste Kautsch. 14 (1967) 96–98.
CAS Google Scholar
70 F. Moser: Bonding Glass, Handbook of Adhesives, Reinhold, New York 1962.
Google Scholar
71 W. Brockmann, Adhäsion 22 (1978) 107–108.
CAS Google Scholar
72 S. Grimm, M. Pröbster: “Polysulfidklebe- und Dichtstoffe,” Adhäsion 10 (2003) 18.
Google Scholar
73 Sartomer, US 6864321, 2003 (H. Chao, N. Tian, A. Drexler, J. Schmidhauser).
Google Scholar
74 R. Luhn, S. Sändig, P. L. Geiß, A. Wagner: “Verbesserung der Alterungsbeständigkeit von Glasklebungen durch prozessintegrierte umweltverträgliche Oberflächenbehandlungsverfahren,” in: 8. Kolloquium “Gemeinsame Forschung in der Klebtechnik,” DECHEMA-Haus, Frankfurt am Main, 26.–27. Februar 2008.
Google Scholar
75 P. Allbericci: Aerospace Applications in A. J. Kinlock (ed.): Durability of Structural Adhesives, chap. 8, Applied Science Publishers, London 1983.
Google Scholar
76 E. W. Thrall, R. W. Shannon (eds.): Adhesive Bonding of Aluminum Alloys, Marcel Dekker, New York–Basel 1985.
Google Scholar
77 W. Brockmann, O.-D. Hennemann, H. Kollek, C. Matz: “Adhesion in Bonded Aluminum Joints for Aircraft Construction”, Int. J. Adhes. Adhes. 6 (1986) 115–143.
10.1016/0143-7496(86)90016-3
CAS Google Scholar
78 EN 2243–2, Aerospace series, Structural Adhesives, Test Methods, Peel Metal–Metal, AECMA, Bruxelles 1971.
Google Scholar
79 EN 2243–6, Aerospace series, Structural Adhesives, Test Methods, Determination of Shear Stress and Shear Strain, AECMA, Bruxelles.
Google Scholar
80 Boeing Co, US 3959091, 1976 (Moji Yurimori).
Google Scholar
81 C. W. Matz: “Optimization of the Durability of Structural Titanium Adhesive Joints”, Int. J. Adhes. Adhes. 8 (1988) 17–24.
10.1016/0143-7496(88)90053-X
CAS Web of Science® Google Scholar
82 Y. Ika: Tissue Adhesives, in C. C. Chu, J. A. Fraunhofer, H. P. Greisler (eds.): Wound Closure Biomaterials and Devices, CRC Press, Boca Raton, FL, 1996, pp. 317–346.
Google Scholar
83 D. Sierra, R. Slatz (eds.): Surgical Adhesives and Sealants, Technomic Publishing Company, Lancaster, PA, 1996.
Google Scholar
84 G. Lewis, J. Biomed Mater. Res. (Appl. Biomater.) 38 (1997) 155–182.
10.1002/(SICI)1097-4636(199722)38:2<155::AID-JBM10>3.0.CO;2-C
CAS PubMed Web of Science® Google Scholar
85 R. D. Rich, in A. Pizzi, K. Mittal (eds): Handbook of Adhesive Technology, Marcel Dekker, New York 1994.
Google Scholar
86 E. Grant: Drop by Drop: The Loctite Story, Loctite Corporation, Newington 1983.
Google Scholar
87 American Sealants, US 2895950, 1959 (V.K. Krieble).
Google Scholar
88 E.M. Petrie: Handbook of Adhesives and Sealants, McGraw Hill, New York 2000.
Google Scholar
89 Henkel: Adhesives Sourcebook, vol. 5, Rocky Hill, CT, 2005.
Google Scholar
90 Loctite, US 6451927 B1, 2002 (H. Haas, M. Burdzy);
Google Scholar
Henkel, US 7041747, 2006 (S. Attarwala, R. Grismala, M. Burdzy, Q. Zhu).
Google Scholar
91 Permatex, High Strength Threadlocker Red Gel, Technical Data Sheet, ITW, Hartford, CT, 2007.
Google Scholar
92 General Electric, US 2628178, 1953 (R. Burnett, B. Nordlander).
Google Scholar
93 Loctite Worldwide Design Handbook, 1996–1997 edition, Loctite, Rocky Hill, CT, 1996.
Google Scholar
94 Standard Specification for Anaerobic Single-Component Adhesives (AN), ASTM Method D-5363, ASTM International, West Conshohocken, PA, 2008.
Google Scholar
95 Military Specification MIL-S-22473E: Sealing, Locking, and Retaining Compounds, United States Army Materials & Mechanics Research Center, Watertown, MA, 2004.
Google Scholar
96 Loctite, US 4417028, 1983 (M. Azevedo).
Google Scholar
97 Loctite, US 5635546, 1997 (R. Rich, E. Maandi, P. M. Gontarz, H. K. Chu).
Google Scholar
98 Henkel Loctite, US 0190481, 2002 (T. E. Casey, F. R. Martin, P. E. Cullen).
Google Scholar
99 Loctite 518, Technical Data Sheet, Henkel, Rocky Hill, CT, 2008.
Google Scholar
100 Three Bond, US 6232431 B1, 2001 (S. Hosoki).
Google Scholar
101 Henkel Ireland, WO 125539 A1 2008 (P. Wrobel, P. O'Dwyer, D. Condron).
Google Scholar
102 G.S. Haviland: Machinery Adhesives for Locking, Retaining and Sealing, Marcel Dekker, New York 1986.
Google Scholar
103 Henkel, US 6828400 B1, 2004 (F. F. Newberth, III, P. J. Chupas).
Google Scholar
104 Henkel, US 6761775 B1, 2004 (F. F. Newberth, III, C. M. Muisener, S. Ernst).
Google Scholar
105 Loctite, US 0192457 A1, 2002 (G. H. Temme).
Google Scholar
106 J. G. Woods, US 0160250 A1, 2002 (J. G. Woods).
Google Scholar
107 Loctite, US 6391993 B1, 2002 (S. Attarwala, G. M. Mazzella, H. K. Chu, D. D. Luong, L. D. Bennington, M. M. Konarski, E. Maandi, R. D. Rich, N. R. Li, F. F. Newberth, III, S. L. Levandoski).
Google Scholar
108 Loctite, US 4295909, 1981 (L. J. Baccei).
Google Scholar
109 Loctite, US 4180640, 1979 (D. P. Melody, D. A. Doherty, J. F. O'Grady, R. D. Rich).
Google Scholar
110 Minnesota Mining and Manufacturing Company, US 4413108, 1983 (E. W. Janssen).
Google Scholar
111 National Starch and Chemical Company, US 4215209, 1980 (D. K. Ray Chaudhuri, E. A. Meier).
Google Scholar
112 Three Bond, US 4417040, 1983 (Y. Okamura, A. Masaoka, K. Kishita).
Google Scholar
113 Loctite, US 4513127, 1985 (A.F. Jacobine).
Google Scholar
114 P. Beaunez, G. Helary, G. Sauvet, J. Polym. Sci.: Part A: Polymer Chemistry 32 (1994) 1459.
10.1002/pola.1994.080320807
CAS ADS Web of Science® Google Scholar
115 P. Beaunez, G. Helary, G. Sauvet, J. Polym. Sci.: Part A: Polymer Chemistry 32 (1994) 1471.
10.1002/pola.1994.080320808
CAS ADS Web of Science® Google Scholar
116 F.J. Boerio, P. Hong, P.J. Clark, Y. Okamoto Langmuir 6 (1990) 721.
10.1021/la00094a002
CAS Web of Science® Google Scholar
117 B. George, Y. Grohens, F. Touyeras, J. Vebrel, Int. J. Adhes. Adhes. 17 (1997) no. 2, 121.
10.1016/S0143-7496(96)00042-5
CAS Web of Science® Google Scholar
118 B. George, Y. Grohens, F. Touyeras, J. Vebrel, Eur. Polym. J. 34 (1998) 399.
10.1016/S0014-3057(97)00131-6
CAS Web of Science® Google Scholar
119 B. George, Y. Grohens, F. Touyeras, J. Vebrel, J. Adhes. Sci. Technol. 12 (1998) no. 12, 1281.
10.1163/156856198X00443
CAS Web of Science® Google Scholar
120 B. George, Y. Grohens, F. Touyeras, J. Vebrel, Int. J. Adhes. Adhes. 20 (2000) 245.
10.1016/S0143-7496(99)00049-4
CAS Web of Science® Google Scholar
121 R. Humphreys, J. Org. Chem. 48 (1983) 1483
10.1021/jo00157a020
CAS Web of Science® Google Scholar
122 Y. Okamoto, J. Adhes. 32 (1990) 227.
10.1080/00218469008030406
CAS Web of Science® Google Scholar
123 Y. Okamoto, J. Adhes. 32 (1990) 237.
10.1080/00218469008030407
CAS Web of Science® Google Scholar
124 D. Raftery, M. Smyth, R. Leonard, D. Heatley, Int. J. Adhes. Adhes. 17 (2) (1997) 151.
10.1016/S0143-7496(96)00033-4
CAS Web of Science® Google Scholar
125 S. Wellmann, H. Brockmann, Int. J. Adhes. Adhes. 14 (1994) 47.
10.1016/0143-7496(94)90020-5
CAS Web of Science® Google Scholar
126 Product BYK 430 and 431 Data Sheet, Byk Chemie, Wallingford, CT, 2008.
Google Scholar
127 Loctite, US 6231714 B1, 2001 (J. G. Woods, S. D. Morrill, C. B. McArdle).
Google Scholar
128 Loctite, US 6451948 B1, 2002 (J. G. Woods, S. D. Morrill, A. F. Jacobine).
Google Scholar
129 Loctite, US 6342545 B1, 2002 (P. T. Klemarczyk, M. M. Masterson).
Google Scholar
130 Henkel, US 7271227 B1, 2007 (S. Attarwala, Q. Zhu, S. L. Levandoski).
Google Scholar
131 W. Mayer: “Bonding Low-Energy Surfaces”, Kunststoffe International 2009, 73–74.
Google Scholar

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