Cargando…
Handbook of Adhesion Promoters.
"Adhesion promoters form a very important group of additives without which many industrial products cannot perform according to requirements. The knowledge on this subject mostly related to silanes, which form the most widely used group of these additives, is still based on the book which was p...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
San Diego :
Elsevier Science,
2018.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Cover image; Title page; Table of Contents; Copyright; Chapter 1: INTRODUCTION; 1.1 DEFINITIONS; 1.2 HISTORY; Chapter 2: MECHANISMS OF ADHESION; 2.1 MECHANICAL INTERLOCKING; 2.2 SURFACE CONDITION AND SHAPE; 2.3 DIFFUSION AND ENTANGLEMENT; 2.4 ADSORPTION/INTERACTION; 2.5 ACID-BASE AND ELECTROSTATIC INTERACTIONS; 2.6 SURFACE FREE ENERGY AND WETTING; 2.7 CRYSTALLINE PROPERTIES; 2.8 INTERPHASE FORMATION; 2.9 CHEMICAL BONDING; 2.10 HYDROGEN BONDING; 2.11 REVERSIBLE HYDROLYSIS; 2.12 MICROBIOLOGICAL AND BIOLOGICAL ADHESION; 2.13 CELLULAR ADHESION; Chapter 3: MECHANISMS OF ADHESION LOSS.
- 3.1 CORROSION3.2 DELAMINATION; 3.3 DETACHMENT; 3.4 DEBONDING; 3.5 LIQUID PENETRATION; 3.6 PEELING; Chapter 4: SUBSTRATES â#x80;#x93; SURFACE CONDITION AND TREATMENT; 4.1 SURFACE EVALUATION; 4.2 SURFACE TREATMENT; Chapter 5: TYPICAL PRIMER FORMULATIONS AND APPLICATIONS TO DIFFERENT SUBSTRATES; 5.1 ADHESIVES AND SEALANTS; 5.2 COATINGS; 5.3 COIL COATING; 5.4 COSMETICS; 5.5 DENTAL; 5.6 LEATHER; 5.7 METAL; 5.8 OPTICAL DEVICES; 5.9 PAPER; 5.10 POLYMERS AND PLASTICS; 5.11 PRINTING; 5.12 WOOD; Chapter 6: POLYMER MODIFICATION TO IMPROVE ADHESION; 6.1 SELECTION OF CO-MONOMERS.
- 6.2 SELECTION OF POLYOLS AND ISOCYANATES6.3 MODIFICATION OF POLYMERS BY MALEIC ANHYDRIDE; 6.4 MODIFICATION BY EPOXY GROUP; 6.5 SILANE GRAFTING; Chapter 7: PROPERTIES OF ADHESION PROMOTERS; 7.1 ACRYLATES; 7.2 AMINES, AMIDES, AMINOAMIDES; 7.3 ARYL DIAZONIUM SALTS; 7.4 BENZENE DERIVATIVES; 7.5 CARBAMIC RESINS; 7.6 CHLORINATED POLYOLEFINS; 7.7 CROSSLINKERS; 7.8 EPOXIDES; 7.9 ESTERS; 7.10 INORGANIC COMPOUNDS; 7.11 IONOMERS; 7.12 ISOCYANATES; 7.13 ISOCYANURATES; 7.14 LIGNIN; 7.15 MALEIC ANHYDRIDE MODIFIED POLYMERS; 7.16 MELAMINE; 7.17 MONOMERS; 7.18 OLIGOMERS; 7.19 PHENOL NOVOLAC RESINS.
- 7.20 PHOSPHORIC ACID ESTERS7.21 POLYMERS AND COPOLYMERS; 7.22 POLYOLS; 7.23 RESORCINOL; 7.24 ROSIN; 7.25 SILANES; 7.26 SILANE+SILICA; 7.27 SILANE+SILICATE; 7.28 SILANE+TITANATE; 7.29 SUCROSE DERIVATIVES; 7.30 SULFUR COMPOUNDS; 7.31 TITANATES; Chapter 8: SELECTION OF ADHESION PROMOTERS FOR DIFFERENT SUBSTRATES; 8.1 ABS; 8.2 ALKYD RESINS; 8.3 CELLULOSE AND ITS DERIVATIVES; 8.4 EPOXY RESIN; 8.5 GLASS; 8.6 METAL; 8.7 POLY(3,4-ETHYLENEDIOXYTHIOPHENE); 8.8 POLYAMIDE; 8.9 POLYANILINE; 8.10 POLYCARBONATE; 8.11 POLYDIMETHYLSILOXANE; 8.12 POLYESTER; 8.13 POLYETHERETHERKETONE; 8.14 POLYETHYLENE.
- 8.15 POLYIMIDE8.16 POLY(LACTIC ACID); 8.17 POLYPROPYLENE; 8.18 POLYSTYRENE; 8.19 POLYSULFIDE; 8.20 POLYSULFONE; 8.21 POLYTETRAFLUOROETHYLENE; 8.22 POLYURETHANE; 8.23 POLYVINYLALCOHOL; 8.24 POLYVINYLBUTYRAL; 8.25 POLYVINYLCHLORIDE; 8.26 POLY(P-XYLYLENE); 8.27 PORCELAIN; 8.28 RUBBER; 8.29 TPO; Chapter 9: SELECTION OF ADHESION PROMOTERS FOR DIFFERENT PRODUCTS; 9.1 ADHESIVES; 9.2 AEROSPACE; 9.3 AGRICULTURE; 9.4 AUTOMOTIVE; 9.5 BITUMEN; 9.6 CERAMIC TILES; 9.7 COATED FABRICS; 9.8 COATINGS AND PAINTS; 9.9 COIL COATINGS; 9.10 COMPOSITES; 9.11 CONSTRUCTION; 9.12 COSMETICS; 9.13 DENTAL; 9.14 ELECTRODES.