Extrusion Coating Manual 4th Edition

1: Introduction and History
2: Extrusion Coating Lines
3: What Is Extrusion Coating?
4: The Extrusion Coating/Laminating Extruder
5: Screw Design Considerations for Extrusion Coating
6: Feed Screw Design
7: Extrusion Dies for Flat Sheet, Film, and Coatings
8: A Survey of Current Bead Reduction Die Technology
9: Corona Treatment Enhanced Adhesion for Extrusion Coating
10: Ozonation of Polymer Melt For Improved Adhesion
11: Flame, Corona, Ozone-—Do We Need All Pretreatments in Extrusion Coating?
12: Chemical Primers to Enhance Adhesion and Other Properties
13: Coat Weight/Thickness Measurement and Control
14: Flame Plasma Surface Treatment
15: Winding
16: Machinery Upgrades and Rebuilds
17: Safety in Extrusion Coating Design
18: Extrusion Coating: Some Basic Observations
19: Polyolefin Properties in Extrusion Coating
20: Chemical, Physical, and Mechanical Properties Of Common Polymers
21: Polyethylene for Extrusion Coating
22: Extrusion Coating Linear Low-Density Polyethylene
23: Single-Site Catalyst Produced Polyolefin Polstomers for Extrusion Coating and Laminating
24: Ethylene Vinyl Acetate Resins for Extrusion Coating
25: Ethylene Methyl Acrylate Copolymers for Extrusion Coating
26: Acid Copolymers for Extrusion Coating
27: Ionomer Resins for Extrusion Coating
28: Extrudable Adhesive Resins for Coextrusion Coating
29: Extrusion Coating Polypropylene
30: Extrusion Coating Polyesters
31: Ethylene Vinyl Alcohol (Evoh) Resins for Coextrusion Coating
32: Color and Additives for Extrusion Coating
33: Purging Extruders with Functionalized Polyolefins
34: Processing and Converting Tips for Cast Film and Extrusion Coating
35: Troubleshooting the Extrusion Coater
36: Process Troubleshooting Guide for Coextrusion Coatings