International Mechanical Engineering advanced technology Renditions: Plastic Connection Manual (2nd Edition)(Chinese Edition)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pub Date: 2012 Publisher: China Machine Press plastic Connection Manual is divided into two main parts. Part 1 consists of 1 to 18. described in detail. including some still in the development stage for plastic connection process. Including solvent welding. bonding and mechanical fastening. rotation. vibration. ultrasonic welding and friction agitation welding. hot tools. infrared. laser. hot gas. extrusion. RF and Et material welding and sealing. induction. resistance implants and microwave welding. Plastic connector Manual. Part 2. 19 to 43. covering a lot of material. through extensive compilation of the connection data of a lot of plastic material organization. including the brand name. grade. and the shape of the article. Each chapter is a separate generic series. and can be broken down into a specific type of resin. Contents: Renditions Foreword Preface Part 1 of Chapter 1 of the connection process heat tool welding 1.1 Process Description advantages and disadvantages 1.2 1.3 1.4 Materials 1.5 weld joint design of microstructure equipment 1.6 1.7 1.8 welding parameters 1.9 special hot tool welding 1.9.1 heat welding 1.9.2 plastic pipe hot tool welding 1.9.2.1 1.9.2.3 saddle-shaped side wall of the docking heat welding 1.9.2.2 jack thermal welding thermal welding 1.9.3 hot-wedge welding References Chapter 2 ultrasonic welding process 2.1 2.4.6 humidity. fillers and reinforcing agents describe the advantages and disadvantages 2.3 2.2 Application 2.4 Material 2.4.1 polymer structure 2.4.2 2.4.3 2.4.5 Additives 2.4.4 release agent material grade 2.4.7 different materials. welding equipment 2.5 2.5 .1 power high-voltage generator 2.5.2 transducer 2.5.3 Gain 2.5.4 welding electrode 2.5.5 2.5.6 fixture actuator 2.5.7 Control 2.5.8 Machine Type 2.6 welded joint design 2.6.1 Energy guide block 2.6.2 Shear Connector 2.6.3 design artifacts to consider when 2.7 welding parameters 2.7.1 Frequency 2.7.2 Welding 2.7.3 Welding pressure pressure amplitude 2.7.5 2.7.4 Process Control 2.8 Special ultrasonic welding 2.8 positioning .1 ultrasonic welding 2.8.2 fabrics and films ultrasonic welding References Chapter 3 vibration welding process 3.1 application describe the advantages and disadvantages 3.3 3.2 3.4 Materials 3.5 3.6 connector device design the 3.7 welding parameters 3.8 special process 3.8.1 infrared preheating linear vibration welding 3.8.2 orbital vibration welding 3.8.3 angle of friction welding References Chapter 4 spin welding 4.1 Process Description 4.1.1 spin welding mode application advantages and disadvantages 4.3 4.2 4.4 Materials 4.5 Equipment 4.5.1 Lower the upper part of the tool 4.5.2 Tools 4.6 connector design 4.7 welding parameters 4.7.1 inertial rotation welding 4.7.2 direct drive rotary welding References Chapter 5 RF welding 5.1 Process Description The application advantages and disadvantages 5.3 5.2 5.4 Materials 5.5 Equipment 5.5.1 RF Power Generator 5.5.2 5.7.4 5.5.4 the unit 5.5.3 Pressure unit RF shield 5.5.5 operating mechanism 5.5.6 Tools 5.5.7 barrier material 5.6 connector design 5.7 welding parameters 5.7.1 Power 5.7.2 heating 5.7.3 cooling welding depth 5.7.5 Pressure 5.7.6 The temperature of the tool palette References Chapter 6 hot gas welding 6.1 Process Description The application advantages and disadvantages 6.3 6.2 6.6 6.4 Materials 6.5 Equipment 6.5.1 welding nozzle welded joint design the 6.7 welding parameters 6.8 special hot gas welding 6.8. a manual lap welding 6.8.2 Automatic hot gas welding extrusion welding process 7.1 References Chapter 7 describe the advantages and disadvantages 7.3 7.2 7.4 Materials 7.5 7.6 connector device design the 7.7 welding parameters 7.8 special extrusion welding 7.8.1 continuous 7.8.2 Fixed extrusion welding extruder movable welding head 7.8.3 sheet extrusion welding 7.8.4 injection welding Chapter 8 laser welding 8.1 Process Description 8.1.1 Introduction.…