LSR THERMOPLASTIC COMBINATION PARTS IN TWO-COMPONENT INJECTION MOLDING

Articles in the same Issue

1. CONTENTS
2. A NEW INJECTION MOLDING TECHNOLOGY FOR MICRO PARTS
3. MICRO ASSEMBLY INJECTION MOLDING OF HYBRID MICROSYSTEMS
4. DETERMINATION OF MECHANICAL PROPERTIES SUITABLE FOR MICRO SYSTEMS
5. INFLUENCE OF CARBON BLACK PIGMENTATION ON THE LASER BEAM WELDING OF PLASTICS MICRO PARTS
6. ULTRASONIC ANALYSIS OF MATERIAL BEHAVIOR OF POLYURETHANE SYSTEMS
7. BLADDER REACTION INJECTION MOLDING: MANUFACTURING OF HOLLOW POLYURETHANE FOAM PARTS USING FLEXIBLE MOLD CORES
8. BLOW ΑΙΧ - SIMULATION PROGRAM AS A DEVELOPMENT TOOL FOR THE BLOWN FILM EXTRUSION PROCESS
9. POSSIBILITIES OF FILM CONTROL BY DIGITAL IMAGE PROCESSING
10. PLASMA-ASSISTED LAYER DEPOSITION FOR THE OPTIMIZATION OF PERMEATION PROPERTIES
11. THE USE OF MODERN TECHNOLOGIES IN THE DEVELOPMENT OF SIMULATION SOFTWARE
12. COMPUTER-AIDED OPTIMIZATION OF EXTRUSION DIES
13. REACTIVE BLENDING OF INCOMPATIBLE POLYMER SYSTEMS CONTAINING POLYAMIDE AND PET
14. ANALYSIS OF RUBBER MIXING PROCESS IN THE TRANSFERMIX EXTRUDER
15. NEW RESULTS OF MATERIAL CHARACTERIZATION FOR THE IMPROVED CALCULATION OF SHRINKAGE AND WARP AGE
16. MEASUREMENT AND MODELLING OF THE FLOW BEHAVIOR OF THERMOPLASTIC POLYMERS AT LOW TEMPERATURES
17. MINIMIZATION OF THE CYCLE TIME AND IMPROVEMENT OF THE MOLDED PART QUALITY BY THE USE OF OPTIMIZED PLASTICIZATION UNITS
18. LSR THERMOPLASTIC COMBINATION PARTS IN TWO-COMPONENT INJECTION MOLDING