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Handbook of Plastics Joining: A Practical Guide 2nd edition [Kietas viršelis]

(The Welding Institute (UK))
  • Formatas: Hardback, 600 pages, aukštis x plotis: 276x216 mm, weight: 1580 g, Contains 1 Digital (delivered electronically)
  • Serija: Plastics Design Library
  • Išleidimo metai: 17-Oct-2008
  • Leidėjas: William Andrew Publishing
  • ISBN-10: 0815515812
  • ISBN-13: 9780815515814
Kitos knygos pagal šią temą:
  • Formatas: Hardback, 600 pages, aukštis x plotis: 276x216 mm, weight: 1580 g, Contains 1 Digital (delivered electronically)
  • Serija: Plastics Design Library
  • Išleidimo metai: 17-Oct-2008
  • Leidėjas: William Andrew Publishing
  • ISBN-10: 0815515812
  • ISBN-13: 9780815515814
Kitos knygos pagal šią temą:
In this update of a reference that was first published a decade ago, Troughton (plastics technology manager, The Welding Institute, World Centre for Materials Joining Technology, Cambridge, UK) digests information from various sources that offers detailed descriptions of techniques and data on the joining of some two dozen generic polymer families to guide selection among technologies for plastics and related materials. For engineers, scientists, and technicians in the automotive, construction, electronics, medical, utilities, packaging, and plastics manufacturing industries, he evaluates each method's advantages and disadvantages, and covers its applications, the materials and equipment involved, joint design, and welding parameters. The handbook includes a glossary and international equipment suppliers directory. Annotation ©2008 Book News, Inc., Portland, OR (booknews.com)

Daugiau informacijos

All you need on the detailed descriptions of all joining processes for plastics
Introduction xxi
Part 1 JOINING PROCESSES
1(202)
Heated Tool Welding
3(12)
Process Description
3(1)
Advantages and Disadvantages
4(1)
Applications
4(1)
Materials
5(1)
Weld Microstructure
5(1)
Equipment
5(1)
Joint Design
6(1)
Welding Parameters
7(1)
Variants of Heated Tool Welding
8(7)
High Temperature Welding
8(1)
Heated tool Welding of Plastics Pipes
8(1)
Butt Fusion
8(2)
Socket Fusion
10(1)
Saddle/Sidewall Fusion
11(1)
Heated Wedge Welding
12(1)
References
13(2)
Ultrasonic Welding
15(22)
Process Description
15(1)
Advantages and Disadvantages
15(1)
Application
16(1)
Materials
16(4)
Polymer Structure
16(2)
Fillers and Reinforcements
18(1)
Additives
18(1)
Mold Release Agents
19(1)
Material Grades
19(1)
Moisture
19(1)
Dissimilar Materials
19(1)
Equipment
20(5)
Power Supply/Generator
20(1)
Transducer
21(1)
Booster
21(1)
Horns
22(1)
Actuator
23(1)
Fixtures
23(1)
Controls
24(1)
Machine Types
24(1)
Joint Design
25(6)
Energy Directors
26(2)
Shear Joints
28(2)
Part Design Considerations
30(1)
Welding Parameters
31(1)
Frequency
31(1)
Weld Time
31(1)
Weld Pressure/Force
31(1)
Amplitude
32(1)
Process Control
32(1)
Variants of Ultrasonic Welding
32(5)
Ultrasonic Spot Welding
32(1)
Ultrasonic Welding of Fabrics and Films
33(1)
References
34(3)
Vibration Welding
37(12)
Process Description
37(1)
Advantages and Disadvantages
37(1)
Applications
38(1)
Materials
39(1)
Equipment
40(2)
Joint Design
42(1)
Welding Parameters
43(2)
Process Variants
45(4)
Linear Vibration Welding with IR Preheating
45(1)
Orbital Friction Welding
45(1)
Ar Friction Welding
46(1)
References
46(3)
Spin Welding
49(8)
Process Description
49(1)
Spin Welding Modes
50(1)
Advantages and Disadvantages
50(1)
Applications
50(1)
Materials
50(1)
Equipment
51(1)
Lower Tooling
52(1)
Upper Tooling
52(1)
Joint Design
52(2)
Welding Parameters
54(3)
Inertia Spin Welding
54(1)
Direct-drive Spin Welding
55(1)
References
55(2)
Radio Frequency Welding
57(8)
Process Description
57(1)
Advantages and Disadvantages
58(1)
Applications
58(1)
Materials
59(1)
Equipment
59(2)
RF Power Generator
59(1)
Control Unit
59(1)
Press
59(1)
RF Enclosure
59(1)
Handling Mechanism
60(1)
Tooling
61(1)
Barrier Materials
61(1)
Joint Design
61(1)
Welding Parameters
61(4)
Power
62(1)
Heating Time
62(1)
Cooling Time
62(1)
Weld Depth
62(1)
Pressure
62(1)
Platen Temperature
62(1)
References
63(2)
Hot Gas Welding
65(8)
Process Description
65(1)
Advantages and Disadvantages
66(1)
Applications
67(1)
Materials
67(1)
Equipment
67(1)
Welding Nozzles
68(1)
Joint Design
68(1)
Welding Parameters
69(1)
Variants of Hot Gas Welding
70(3)
Manual Lap Welding
70(1)
Automatic Hot Gas Welding
70(1)
References
71(2)
Extrusion Welding
73(8)
Process Description
73(1)
Advantages and Disadvantages
73(1)
Applications
74(1)
Materials
74(1)
Equipment
74(1)
Joint Design
75(1)
Welding Parameters
76(1)
Variants of Extrusion Welding
77(4)
Discontinuous Extrusion Welding
77(1)
Stationary Extruder/Movable Welding Head
77(1)
Sheet Extrusion Welding
77(1)
Injection Welding
78(3)
Laser Welding
81(16)
Process Description
81(2)
Introduction
81(1)
Interaction of Light with Polymers
81(1)
Direct Laser Welding
82(1)
Transmission Laser Welding
82(1)
Advantages and Disadvantages
83(1)
Applications
83(4)
Film and Sheet
83(1)
Molded Parts
83(2)
Textiles
85(2)
Materials
87(1)
Absorbers Used in Transmission Laser Welding
87(1)
Laser Transmission Measurement of Plastics
87(1)
Equipment
87(4)
Introduction
87(1)
Laser Types
87(1)
Beam Delivery
88(1)
Clamping
89(1)
Absorber Application Equipment
90(1)
Monitoring
90(1)
Joint Design
91(1)
Welding Parameters
91(3)
Main Parameters and Effects
91(3)
Modeling
94(1)
Troubleshooting
94(3)
References
94(3)
Infrared Welding
97(8)
Process Description
97(3)
IR Interaction with Polymers
97(1)
Process Types
98(1)
Surface Heating
98(1)
Through-transmission IR Welding
99(1)
Advantages and Disadvantages
100(1)
Applications
101(1)
Materials
101(1)
Equipment
101(1)
Joint Design
102(1)
Welding Parameters
102(3)
References
103(2)
Resistive Implant Welding
105(8)
Process Description
105(1)
Assembly
105(1)
Welding
105(1)
Cooling
105(1)
Advantages and Disadvantages
106(1)
Applications
106(1)
Materials
106(1)
Equipment
106(1)
Welding Parameters
106(1)
Electrofusion Welding
107(6)
Process Description
107(1)
Advantages and Disadvantages
108(1)
Equipment
108(2)
Welding Parameters
110(1)
References
110(3)
Induction Welding
113(8)
Process Description
113(1)
Advantages and Disadvantages
114(1)
Applications
115(1)
Materials
115(2)
Implant Materials
116(1)
Equipment
117(1)
Work Coils
118(1)
Joint Design
118(2)
Welding Parameters
120(1)
References
120(1)
Heat Sealing
121(6)
Process Description
121(1)
Hot-bar Welding
121(1)
Impulse Welding
121(1)
Advantages and Disadvantages
122(1)
Applications
123(1)
Materials
124(1)
Equipment
124(2)
Hot-bar Welding
124(1)
Impulse Welding
124(1)
Automatic Heat Sealing
125(1)
Continuous Heat Sealing
125(1)
Welding Parameters
126(1)
References
126(1)
Flash-Free Welding
127(4)
Process Description
127(1)
Welding of Pipes
127(1)
Welding of Sheet
127(1)
Advantages and Disadvantages
127(1)
Applications
128(1)
Materials
128(1)
Equipment
128(1)
Welding Parameters
129(2)
References
130(1)
Friction Stir Welding
131(4)
Process Description
131(1)
Rotational Friction Stir Welding
131(1)
Vertical Reciprocating FSW
131(1)
Viblade Welding
132(1)
Advantages and Disadvantages
132(1)
Applications
132(1)
Materials
133(1)
Equipment
133(1)
Rotational FSW
133(1)
Vertical Reciprocating FSW
133(1)
Viblade Welding
133(1)
Welding Parameters
133(2)
References
133(2)
Microwave Welding
135(4)
Process Description
135(1)
Advantages and Disadvantages
135(1)
Applications
136(1)
Materials
136(1)
Equipment
136(1)
Welding Parameters
137(2)
References
137(2)
Solvent Welding
139(6)
Process Description
139(1)
Advantages and Disadvantages
140(1)
Applications
140(1)
Materials
140(1)
Equipment
141(1)
Application Methods
142(1)
Capillary Method
142(1)
Dip or Soak Method
142(1)
Joint Design
142(1)
Welding Parameters
143(2)
References
143(2)
Adhesive Bonding
145(30)
Process Description
145(1)
Introduction
145(1)
Mechanism of Adhesive Bonding
145(1)
Interface Processes and the Role of Surface Preparation in Bonding
145(1)
Advantages and Disadvantages
146(1)
Advantages
146(1)
Disadvantages
147(1)
Applications
147(2)
Curing of Thermosetting Adhesives
149(1)
Classification of Adhesives
150(1)
Chemical Type
150(1)
Physical Form
150(1)
Cure Mechanism
150(1)
Function
150(1)
Adhesive Types
151(7)
Acrylics
151(1)
Structural Methacrylates
151(1)
Second-generation Acrylics
151(1)
Cyanoacrylates
152(1)
Light-curing Acrylics
153(1)
Anaerobic Adhesives
153(1)
Epoxies
154(1)
Two-part Room Temperature Cured Epoxies
154(1)
Two-part Heat-cured Epoxies
154(1)
One-part Solid Epoxies
155(1)
Epoxy Films
155(1)
Elastomeric Adhesives
155(1)
Contact Adhesives
155(1)
Polyurethanes
156(1)
Silicones
156(1)
Polysulfides
156(1)
Pressure Sensitive Adhesives
157(1)
Hot Melt Adhesives
157(1)
One-part Thermoplastic Emulsions
158(1)
Surface Preparation Methods
158(4)
Overview
158(1)
Chemical Cleaning Treatments
158(1)
Solvent Cleaning and Degreasing
158(1)
Detergent Cleaning
159(1)
Alkaline Cleaning
159(1)
Mechanical Treatments
159(1)
Surface Modification
159(1)
Etching or Oxidation
159(1)
Sodium Treatment
159(1)
Iodine Treatment
159(1)
Surface Grafting
160(1)
Thermal Treatment
160(1)
Primers
160(1)
Electrical Discharge Treatments
160(1)
Corona Discharge
160(1)
Plasma Discharge
160(1)
Other Surface Preparation Techniques
161(1)
Laser Treatment
161(1)
Transcrystalline Growth
161(1)
Ultraviolet Radiation
161(1)
Flame Treatment
161(1)
Removal of Surface Layers
161(1)
Factors Affecting Adhesive Bonding
162(1)
Stress Cracking
162(1)
Part Thickness and Colored Dyes in UV-curable Adhesives
162(1)
Equipment and Application Methods
162(4)
Joint Design
166(5)
Hybrid Joining
171(1)
Adhesive Bonding Tips
171(4)
References
172(3)
Mechanical Fastening
175(28)
Introduction
175(1)
Machine Screws, Nuts, Bolts, and Washers
175(1)
Self-tapping Screws
176(5)
Description
176(1)
Advantages and Disadvantages
176(1)
Classification
177(1)
Thread-forming Screws
177(1)
Thread-cutting Screws
177(1)
Types of Self-tapping Screw
177(1)
Boss Design
177(1)
Location
177(1)
Gusset Supports
177(1)
Boss Dimensions
178(1)
Draft Angles
179(1)
Torque
180(1)
Molded-in Threads
181(1)
Inserts
181(6)
Description
181(1)
Molded-in Inserts
181(1)
Advantages and Disadvantages
182(1)
Boss and Insert Design
182(1)
Factors Affecting Molded-in Inserts
183(1)
Expansion Inserts
183(1)
Thermal Inserts
183(1)
Self-tapping Inserts
184(1)
Deformation and Recovery Inserts
185(1)
Ultrasonic Inserts
185(2)
Interference Fits
187(1)
Description
187(1)
Design
187(1)
Calculation of Interference Limits
187(1)
Reduction of Stress Concentrations
187(1)
Stress Relaxation
187(1)
Snap-fits
188(7)
Description
188(1)
Advantages and Disadvantages
188(1)
Types of Snap-fit
188(1)
Cantilever Beam
188(1)
Annular
188(1)
Materials
188(1)
Design
189(1)
Mold Considerations
190(1)
Cantilever Snap-fits
190(3)
Annular Snap-fits
193(2)
Rivets
195(1)
Description
195(1)
Advantages and Disadvantages
195(1)
Staking
195(5)
Description
195(1)
Advantages and Disadvantages
195(1)
Cold Staking
195(1)
Heat Staking
196(1)
Hot Air Staking
197(1)
Ultrasonic Staking
197(3)
IR Staking
200(1)
Swaging
200(3)
References
200(3)
Part 2 MATERIALS
203(306)
Acetal
205(8)
General
205(1)
Heated Tool Welding
205(1)
Ultrasonic Welding
206(1)
Vibration Welding
207(1)
Spin Welding
207(1)
Hot Gas Welding
207(1)
Laser Welding
208(1)
Solvent Welding
208(1)
Adhesive Bonding
208(3)
Mechanical Fastening
211(2)
Acrylic Resin
213(12)
General
213(1)
Heated Tool Welding
213(1)
Ultrasonic Welding
213(1)
Vibration Welding
214(1)
Laser Welding
214(1)
Infrared Welding
215(1)
Microwave Welding
215(1)
Solvent Welding
215(6)
Adhesive Bonding
221(2)
Mechanical Fastening
223(2)
Cellulosics
225(2)
Adhesive Bonding
225(2)
Fluroplastics
227(12)
Polyvinylidene Fluoride
227(3)
General
227(1)
Heated Tool Welding
227(1)
Ultrasonic Welding
227(1)
Vibration Welding
228(1)
Spin Welding
228(1)
Hot Gas Welding
229(1)
Extrusion Welding
229(1)
Infrared Welding
229(1)
Microwave Welding
230(1)
Solvent Welding
230(1)
Polytetrafluoroethylene
230(2)
Infrared Welding
230(1)
Adhesive Bonding
231(1)
Ethylene Chlorotrifluoroethylene
232(1)
Hot Gas Welding
232(1)
Fluorinated Ethylene Propylene
233(1)
Hot Gas Welding
233(1)
Adhesive Bonding
233(1)
Perfluoroalkoxy
234(1)
Hot Gas Welding
234(1)
Adhesive Bonding
234(1)
Ethylene Tetrafluoroethylene
235(3)
Heated Tool Welding
235(1)
Ultrasonic Welding
235(1)
Hot Gas Welding
236(1)
Adhesive Bonding
236(1)
Mechanical Fastening
237(1)
Modified Fluoroalkoxy
238(1)
Hot Gas Welding
238(1)
Ionomer
239(2)
General
239(1)
Heat Sealing
239(1)
Adhesive Bonding
239(1)
Mechanical Fastening
240(1)
Ketone-based Resins
241(10)
Polyetheretherketone
241(7)
General
241(1)
Heated Tool Welding
241(1)
Ultrasonic Welding
242(1)
Vibration Welding
242(1)
Laser Welding
242(1)
Resistive Implant Welding
243(1)
Heat Sealing
244(1)
Adhesive Bonding
244(4)
Polyetherketoneetherketoneketone
248(1)
General
248(1)
Heated Tool Welding
248(1)
Ultrasonic Welding
248(1)
Vibration Welding
248(1)
Hot Gas Welding
249(1)
Adhesive Bonding
249(1)
Mechanical Fastening
249(1)
Polyetherketone
249(1)
General
249(1)
Adhesive Bonding
249(1)
Polyetherketoneketone
250(1)
Adhesive Bonding
250(1)
Mechanical Fastening
250(1)
Polyketone
250(1)
Laser Welding
250(1)
Polyamides
251(32)
Nylon General
251(8)
General
251(1)
Heated Tool Welding
251(1)
Ultrasonic Welding
251(2)
Vibration Welding
253(1)
Spin Welding
254(1)
Laser Welding
254(1)
Solvent Welding
254(2)
Adhesive Bonding
256(1)
Mechanical Fastening
257(2)
Nylon6
259(9)
Heated Tool Welding
259(1)
Ultrasonic Welding
260(1)
Vibration Welding
260(3)
Laser Welding
263(2)
Induction Welding
265(1)
Adhesive Bonding
265(2)
Mechanical Fastening
267(1)
Nylon 66
268(5)
Heated Tool Welding
268(1)
Ultrasonic Welding
268(1)
Vibration Welding
269(2)
Spin Welding
271(1)
Laser Welding
272(1)
Induction Welding
272(1)
Microwave Welding
272(1)
Mechanical Fastening
273(1)
Nylon 612
273(1)
Ultrasonic Welding
273(1)
Nylon 46
273(1)
Adhesive Bonding
273(1)
Nylon 11
273(1)
Heated Tool Welding
273(1)
Nylon 12
274(1)
General
274(1)
Heated Tool Welding
274(1)
Solvent Welding
274(1)
Adhesive Bonding
275(1)
Nylon 6/3T
275(1)
General
275(1)
Ultrasonic Welding
275(1)
Solvent Welding
276(1)
Adhesive Bonding
276(1)
Polyphthalamide
276(3)
General
276(1)
Heated Tool Welding
276(1)
Ultrasonic Welding
277(1)
Vibration Welding
277(1)
Spin Welding
277(1)
Adhesive Bonding
278(1)
Mechanical Fastening
279(1)
Polyarylamide
279(4)
Ultrasonic Welding
279(1)
Adhesive Bonding
280(1)
Mechanical Fastening
280(3)
Polyamide-imide
283(4)
Adhesive Bonding
283(1)
Mechanical Fastening
284(3)
Polycarbonate
287(28)
General
287(1)
Heated Tool Welding
288(2)
Ultrasonic Welding
290(3)
Vibration Welding
293(4)
Spin Welding
297(1)
Radio Frequency Welding
297(1)
Laser Welding
297(1)
Induction Welding
298(1)
Heat Sealing
299(1)
Solvent Welding
299(4)
Adhesive Bonding
303(4)
Mechanical Fastening
307(8)
Polyesters
315(30)
Polyethylene Terephthalate
315(4)
General
315(1)
Ultrasonic Welding
315(1)
Hot Gas Welding
315(1)
Laser Welding
315(1)
Solvent Welding
316(1)
Adhesive Bonding
316(2)
Mechanical Fastening
318(1)
Polybutylene Terephthalate
319(17)
General
319(2)
Heated Tool Welding
321(1)
Ultrasonic Welding
322(3)
Vibration Welding
325(2)
Spin Welding
327(1)
Hot Gas Welding
327(1)
Laser Welding
328(1)
Infrared Welding
328(1)
Induction Welding
328(1)
Solvent Welding
329(1)
Adhesive Bonding
329(3)
Mechanical Fastening
332(4)
Liquid Crystal Polymers
336(6)
Heated Tool Welding
336(1)
Ultrasonic Welding
336(1)
Vibration Welding
337(1)
Spin Welding
337(1)
Laser Welding
337(1)
Induction Welding
338(1)
Solvent Welding
338(1)
Adhesive Bonding
338(2)
Mechanical Fastening
340(2)
Polycyclohexylenedimethylene Ethylene Terephthalate
342(1)
Solvent Welding
342(1)
Polyethylene Naphthalate
342(1)
Vibration Welding
342(1)
Polylactic Acid
342(3)
Heat Sealing
342(3)
Polyetherimide
345(8)
General
345(1)
Heated Tool Welding
345(1)
Ultrasonic Welding
345(1)
Vibration Welding
346(1)
Resistive Implant Welding
347(1)
Solvent Welding
348(1)
Adhesive Bonding
349(1)
Mechanical Fastening
350(3)
Polyethylenes
353(22)
Polyethylene General
353(4)
General
353(1)
Heated Tool Welding
353(1)
Ultrasonic Welding
353(1)
Spin Welding
354(1)
Radio Frequency Welding
355(1)
Laser Welding
355(1)
Infrared Welding
355(1)
Adhesive Bonding
356(1)
Mechanical Fastening
357(1)
Low Density Polyethylene
357(3)
General
357(1)
Spin Welding
357(1)
Heat Sealing
357(1)
Adhesive Bonding
358(2)
High Density Polyethylene
360(8)
Heated Tool Welding
360(2)
Ultrasonic Welding
362(1)
Spin Welding
363(1)
Radio Frequency Welding
363(1)
Hot Gas Welding
363(1)
Extrusion Welding
363(1)
Laser Welding
363(1)
Infrared Welding
364(1)
Induction Welding
365(1)
Friction Stir Welding
365(1)
Microwave Welding
365(2)
Adhesive Bonding
367(1)
Medium Density Polyethylene
368(1)
Heated Tool Welding
368(1)
Linear Low Density Polyethylene
369(1)
Heat Sealing
369(1)
Cross-linked Polyethylene
370(1)
Heated Tool Welding
370(1)
Resistive Implant Welding
370(1)
Ultrahigh Molecular Weight Polyethylene
371(1)
Heated Tool Welding
371(1)
Spin Welding
371(1)
Hot Gas Welding
371(1)
Friction Stir Welding
371(1)
Adhesive Bonding
371(1)
Mechanical Fastening
371(1)
Ethylene-Vinyl Acetate
372(1)
Radio Frequency Welding
372(1)
Polyethylene-Acrylic Acid Copolymer
373(1)
Adhesive Bonding
373(1)
Cyclic Olefin Copolymer
373(2)
General
373(1)
Solvent Welding
373(2)
Polyimide
375(2)
Adhesive Bonding
375(2)
Polymethylpentene
377(2)
Adhesive Bonding
377(2)
Modified Polyphenylene Oxide
379(10)
General
379(1)
Heated Tool Welding
379(1)
Ultrasonic Welding
379(1)
Vibration Welding
380(1)
Spin Welding
380(1)
Induction Welding
380(1)
Heat Sealing
381(1)
Solvent Welding
381(1)
Adhesive Bonding
381(3)
Mechanical Fastening
384(5)
Polyphenylene Sulfide
389(6)
Heated Tool Welding
389(1)
Ultrasonic Welding
389(1)
Spin Welding
390(1)
Laser Welding
390(1)
Infrared Welding
390(1)
Resistive Implant Welding
390(1)
Induction Welding
390(1)
Adhesive Bonding
391(1)
Mechanical Fastening
392(3)
Polypropylene
395(24)
Polypropylene General
395(16)
General
395(1)
Heated Tool Welding
395(3)
Ultrasonic Welding
398(2)
Vibration Welding
400(3)
Hot Gas Welding
403(1)
Laser Welding
404(1)
Infrared Welding
405(1)
Resistive Implant Welding
406(1)
Induction Welding
406(1)
Heat Sealing
407(1)
Friction Stir Welding
408(1)
Adhesive Bonding
408(2)
Mechanical Fastening
410(1)
Polypropylene Homopolymer
411(3)
Heated Tool Welding
411(1)
Ultrasonic Welding
412(1)
Vibration Welding
412(1)
Extrusion Welding
412(2)
Mechanical Fastening
414(1)
Polypropylene Copolymer
414(5)
Heated Tool Welding
414(1)
Vibration Welding
415(1)
Extrusion Welding
416(1)
Laser Welding
417(1)
Induction Welding
417(2)
Polyurethane
419(2)
Ultrasonic Welding
419(1)
Solvent Welding
419(2)
Styrenics
421(30)
Polystyrene
421(4)
Heated Tool Welding
421(1)
Ultrasonic Welding
421(1)
Vibration Welding
422(1)
Spin Welding
422(1)
Laser Welding
422(1)
Solvent Welding
422(1)
Adhesive Bonding
423(1)
Mechanical Fastening
424(1)
Impact Polystyrene
425(2)
Heated Tool Welding
425(1)
Ultrasonic Welding
425(1)
Solvent Welding
426(1)
Adhesive Bonding
427(1)
Acrylonitrile-Butadiene-Styrene Copolymer
427(10)
General
427(1)
Heated Tool Welding
427(2)
Ultrasonic Welding
429(2)
Vibration Welding
431(1)
Spin Welding
431(1)
Infrared Welding
431(1)
Friction Stir Welding
432(1)
Solvent Welding
433(1)
Adhesive Bonding
434(2)
Mechanical Fastening
436(1)
Acrylonitrile-Styrene-Acrylate Copolymer
437(3)
General
437(1)
Heated Tool Welding
437(1)
Ultrasonic Welding
437(1)
Vibration Welding
438(1)
Laser Welding
438(1)
Solvent Welding
438(1)
Adhesive Bonding
438(2)
Mechanical Fastening
440(1)
Styrene-Acrylonitrile Copolymer
440(4)
General
440(1)
Ultrasonic Welding
440(1)
Solvent Welding
440(2)
Adhesive Bonding
442(2)
Styrene-Maleic Anhydride Copolymer
444(4)
General
444(1)
Ultrasonic Welding
444(1)
Vibration Welding
444(1)
Solvent Welding
445(1)
Adhesive Bonding
445(1)
Mechanical Fastening
445(3)
Styrene-Butadiene Copolymer
448(3)
General
448(1)
Ultrasonic Welding
448(1)
Solvent Welding
449(2)
Sulfone-Based Resins
451(14)
Polyethersulfone
451(5)
General
451(1)
Heated Tool Welding
451(1)
Ultrasonic Welding
452(1)
Vibration Welding
452(1)
Spin Welding
453(1)
Hot Gas Welding
453(1)
Laser Welding
453(1)
Infrared Welding
453(1)
Solvent Welding
454(1)
Adhesive Bonding
454(1)
Mechanical Fastening
455(1)
Polysulfone
456(7)
General
456(1)
Heated Tool Welding
457(1)
Ultrasonic Welding
457(1)
Vibration Welding
458(1)
Spin Welding
458(1)
Hot Gas Welding
458(1)
Infrared Welding
459(1)
Induction Welding
459(1)
Solvent Welding
459(1)
Adhesive Bonding
460(1)
Mechanical Fastening
461(2)
Polyphenylsulfone
463(2)
Mechanical Fastening
463(2)
Vinyls
465(8)
Polyvinyl Chloride
465(5)
General
465(1)
Heated Tool Welding
465(1)
Ultrasonic Welding
465(1)
Vibration Welding
466(1)
Radio Frequency Welding
466(1)
Hot Gas Welding
467(1)
Solvent Welding
467(1)
Adhesive Bonding
468(1)
Mechanical Fastening
469(1)
Chlorinated Polyvinyl Chloride
470(1)
General
470(1)
Hot Gas Welding
470(1)
Solvent Welding
470(1)
Polyvinylidene Chloride
471(2)
Ultrasonic Welding
471(1)
Hot Gas Welding
471(1)
Heat Sealing
471(2)
Plastic Alloys
473(10)
ABS/PVC Alloy
473(1)
Solvent Welding
473(1)
Mechanical Fastening
473(1)
Acrylic/PVC Alloy
473(2)
Heated Tool Welding
473(1)
Ultrasonic Welding
473(1)
Hot Gas Welding
473(1)
Solvent Welding
474(1)
Adhesive Bonding
474(1)
Mechanical Fastening
474(1)
PC/ABS Alloy
475(3)
General
475(1)
Heated Tool Welding
475(1)
Ultrasonic Welding
475(1)
Vibration Welding
476(1)
Solvent Welding
477(1)
Adhesive Bonding
478(1)
Mechanical Fastening
478(1)
PC/PBT Alloy
478(1)
Heated Tool Welding
478(1)
Vibration Welding
479(1)
PC/PCT Alloy
479(1)
Solvent Welding
479(1)
PC/PET Alloy
479(1)
Ultrasonic Welding
479(1)
Solvent Welding
480(1)
PPO/PA Alloy
480(2)
Heated Tool Welding
480(1)
Vibration Welding
481(1)
Solvent Welding
482(1)
PPO/PPS Alloy
482(1)
Vibration Welding
482(1)
Thermoplastic Elastomers
483(14)
Olefinic Thermoplastic Elastomer
483(2)
General
483(1)
Heated Tool Welding
483(1)
Ultrasonic Welding
483(1)
Vibration Welding
483(1)
Laser Welding
484(1)
Adhesive Bonding
485(1)
Polyester Thermoplastic Elastomer
485(2)
General
485(1)
Heated Tool Welding
485(1)
Ultrasonic Welding
485(1)
Vibration Welding
486(1)
Radio Frequency Welding
487(1)
Hot Gas Welding
487(1)
Extrusion Welding
487(1)
Mechanical Fastening
487(1)
Polyurethane Thermoplastic Elastomer
487(4)
General
487(1)
Heated Tool Welding
487(1)
Ultrasonic Welding
488(1)
Vibration Welding
488(1)
Radio Frequency Welding
488(1)
Adhesive Bonding
489(2)
Styrenic Thermoplastic Elastomer
491(1)
General
491(1)
Radio Frequency Welding
491(1)
Adhesive Bonding
491(1)
Vinyl Thermoplastic Elastomer
491(3)
Ultrasonic Welding
491(1)
Radio Frequency Welding
492(1)
Solvent Welding
492(1)
Adhesive Bonding
492(2)
Elastomeric Alloys
494(3)
General
494(1)
Heated Tool Welding
494(1)
Ultrasonic Welding
494(1)
Vibration Welding
495(1)
Radio Frequency Welding
495(1)
Hot Gas Welding
495(1)
Induction Welding
495(1)
Adhesive Bonding
496(1)
Thermosets
497(10)
Diallyl Phthalate Polymer
497(1)
Adhesive Bonding
497(1)
Epoxy
498(1)
Adhesive Bonding
498(1)
Phenolic
499(2)
Adhesive Bonding
499(2)
Polyester
501(1)
Adhesive Bonding
501(1)
Polyimide
502(1)
General
502(1)
Adhesive Bonding
502(1)
Mechanical Fastening
503(1)
Polyurethane
503(1)
Adhesive Bonding
503(1)
Silicone
503(1)
Adhwsive Bonding
503(1)
Vinyl Ester
504(3)
Adhesive Bonding
504(3)
Rubbers
507(2)
Ethylene Propylene Rubber
507(1)
Hot Gas Welding
507(1)
Laser Welding
507(1)
Fluoroelastomer
507(1)
Adhesive Bonding
507(1)
Polyurethane
508(1)
Ultrasonic Welding
508(1)
Rubber Alloy
508(1)
Adhesive Bonding
508(1)
Glossary 509(50)
Supplier Directory 559(18)
Index 577