Manufacturing

• Low CTE (Coefficient of Thermal Expansion)
• Low thermal conductivity
• Wear Resistant
• Good for vacuum application

•  Ionic conductivity
• Oxygen-ion conductivity
• Heat insulating

• Biocompatible
• Bioresorbable

• Biocompatible
• Bioresorbable

• Biocompatibility
• Excellent bioactivity
• Good osseointegration

• Good resistance to thermal shocks
• Good resistance to wear
• Mechanical properties
• Low wettability against molten metals
• Good electrical insulation
• Resistance to corrosion (liquid and gas)
• Résistance à la corrosion (liquide et gaz)

• Good resistance to thermal shocks
• Good resistance to wear
• Mechanical properties
• Low wettability against molten metals
• Good electrical insulation
• Resistance to corrosion (liquid and gas)
• Résistance à la corrosion (liquide et gaz)

• Throughput range 0.4 kg/h to 20 kg/h (material dependent)
• Segmented screw design and removable top half barrel
• A screw length adjustment kit enables small quantity compounding
• A fully ported barrel allows maximum flexibility for feeding and degassing
• Contact parts selectable from three steel grades
• An easy-to-operate touch screen with integrated feeder control
• Broad accessory portfolio, e.g.. dies, feeders, water bath, conveyor belt, strand or die face pelletizers, haul off, and spooler
• The granulation kit enables customers to switch between melt extrusion and wet/melt granulation
• Geometrically scalable screw and barrel design across portfolio

• Co- and counter-rotating twin screws
• Integrated viscosity measurement (with HAAKE PolySoft OS)
• Automatic bypass operation for circulation/extrusion
• Pneumatic feeding
• Local control via tablet (Android®) for  intuitive operation
• Split barrel exit for easy cleaning
• Compact enough to fit into laboratory fume hood’

• Minimized sample material usage (20 g)
• Throughput range 20g/h to 2.5kg/h
• Small footprint bench top design that is easily transportable
• Segmented screw design with removable top half barrel
• Easy-to-operate touch screen with integrated feeder control
• Geometrically scalable screw and barrel design across portfolio

• Throughput range 0.4 kg/h to 20 kg/h (material dependent)
• Segmented screw design and removable top half barrel
• A screw length adjustment kit enables small quantity compounding
• A fully ported barrel allows maximum flexibility for feeding and degassing
• Contact parts selectable from three steel grades
• An easy-to-operate touch screen with integrated feeder control
• Broad accessory portfolio, e.g.. dies, feeders, water bath, conveyor belt, strand or die face pelletizers, haul off, and spooler
• The granulation kit enables customers to switch between melt extrusion and wet/melt granulation
• Geometrically scalable screw and barrel design across portfolio

• Horizontally split barrel (up to 40:1 L/D) is hinged for easy access to the screws; simple screw removal device promotes quick and easy cleaning and configuration changes
• Barrel is constructed in segmented modules that can be reconfigured to suit a variety of polymer processes
• Replaceable barrel liners can be made from special materials for abrasive or aggressive applications
• Barrel segments are available for feeding solids and liquids or for venting
• Secondary feeders and vacuum pumps can also be incorporated into the system
• Powerful control software is programmed to recognize plug-in ancillaries
• Large color touch screen interface incorporates on-screen, real-time trend display

• 2-in-1 process design – quickly disassemble parts for easy cleaning and process switching from HME to TSG.
• Simple continuous process integration – plug-and-play functionality with upstream and downstream process equipment (e.g., feeders, chill rolls, pelletizers, dryers, etc) simplifies production line design.
• Less optimization time, cost and effort – extruder process parameters are scaleable to larger Thermo Scientific extruders due to geometric similarity with minimal use of expensive ingredients.

The HAAKE PolyLab QC Modular Torque Rheometer Features:
Backward Compatibility

• Compatible with previous model mixers and extruders
• Adapts to existing accessories for use
• Imports previous data for compatibility

• Extrudability of newly developed materials
• Manufacturing homogeneous melts
• Manufacturing films, foils, strands and profiles for optical and mechanical testing as well as outdoor exposure tests
• Measuring rheological behavior (viscosity, elasticity)
• Testing individual and combined influences of additives (stabilizer, lubricant) and functional additives (anti-oxidation, UV-stabilizers, pigments and fillers)
• Foam extrusion