Injection Molding: Theory and PracticeThe essential primer on injection molding design and execution Injection molding has become ubiquitous, and the proof is in the product from parts to packaging to products, this versatile manufacturing method has become a hallmark of the plastics industry. Injection Molding: Theory and Practice is an essential primer for designers and line workers alike, providing clear, expert guidance for every step of the process. From molds and materials to hydraulics and electrical mechanisms, this book tells you everything you need to know to effectively design for and work with an injection molding machine. |
Contents
Abbreviations Used in the References 1 The Injection Molding Machine | 1 |
Molds | 86 |
Theory and Practice of Injection Molding | 179 |
Copyright | |
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acetate acrylic ASTM back pressure barrel cause cavity Cellulose check valve circuit clamp color compression contacts control valve cooling copolymer core crystallinity cycle decrease diameter effect ejection electrical energy extruder Figure flow rate force gate glass heat heaters heating bands hydraulic motor impact strength increase injection forward injection molding injection molding machines injection pressure kg/cm² knockout limit switch maximum measured mechanical melting metal modulus mold temperature molder molding conditions molding machines moldmaker molecular weight molecules move nozzle Nylon operation orientation output packing pilot pins piston plastic plastic material plate plunger Polycarbonate polymer polypropylene polystyrene port properties pump reciprocating screw reduce relay resistance runner seal shear rate shear stress shrinkage solenoid SPE-J specific sprue steel styrene surface tank tensile strength thermal thermocouple thermoplastics thermosetting thickness timer toggle torque tube velocity viscosity voltage volume