HAAKE™ Rheomex OS Twin Screw Extruder System
Small-Scale Compounding & Rheology
Optimize your material processing with HAAKE™ Rheomex OS Twin Screw Extruders, designed for the HAAKE™ PolyLab™ OS Torque Rheometer System. These modular extruders offer unparalleled flexibility for laboratory-scale compounding, rheological analysis, and process simulation. Choose between parallel or conical twin-screw configurations, seamlessly integrating with the HAAKE PolyLab Rheodrive OS via a plug-and-play connection. Ideal for R&D, formulation development, and small-scale production, these extruders require minimal sample sizes, saving valuable resources.
HAAKE™ Rheomex CTW 100 OS Conical Twin Screw Extruder:
The HAAKE™ Rheomex CTW 100 OS conical counter-rotating twin-screw extruder excels in high-shear compounding. Perfect for demanding applications like PVC compounding, wood fiber blends, and mixing polymers with varying viscosities. Its counter-rotating design ensures consistent material transport, high pressure and shear, and precise residence time control. Suitable for both laboratory and pilot plant settings, this extruder offers versatility with specialized screw geometries.
HAAKE™ Rheomex PTW 16 & PTW 24 Parallel Twin Screw Extruders:
The HAAKE™ Rheomex PTW 16 (16mm screw diameter) and PTW 24 (24mm screw diameter) parallel twin-screw extruders are designed for early-stage compounding and blending. Featuring a horizontally split barrel for easy viewing of melting and mixing processes, these extruders allow for customized screw configurations. Optimize performance with conveying, mixing, and kneading elements. The segmented top barrel facilitates modular integration of feeding and venting systems.
Applications:
- Polymer Compounding
- Rheology Testing
- Processability Studies
- Reactive Extrusion
- Material Structure Analysis
- Biopolymer Degradation Research
- Screw Design Evaluation
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SPECIFICATIONS
DIES AND DOWNSTREAM EQUIPMENTS
BROCHURE
SPECIFICATIONS
| Model | Rheomex PTW16/25 OS | Rheomex PTW16/40 OS | Rheomex PTW24/28 OS | Rheomex PTW24/40 OS | Rheomex CTW100 OS |
| Barrel: | |||||
| Design | Parallel, horizontally split | Parallel, horizontally split | Parallel, horizontally split | Parallel, horizontally split | Conical |
| Length | 25 x D | 40 x D | 28 x D | 40 x D | 300 mm |
| Diameter | 16 mm | 16 mm | 24 mm | 24 mm | 31.8/20 mm (rear/front) |
| Segmentation | Elements with L= 4 x D | Elements with L= 4 x D | Elements with L= 4 x D / 8 x D | Elements with L= 4 x D / 8 x D | |
| Feed section | cooled (air or liquid) | cooled (air or liquid) | Cooled (liquid) | Cooled (liquid) | cooled (air or liquid) |
| Venting/Feeding ports | 2 Top | 3 Top | 2 Top, (1 Side optional) | 3 Top, (2 Side optional) | Venting optionable |
| Screws: | |||||
| Design | Parallel, segmented | Parallel, segmented | Parallel, segmented | Parallel, segmented | Conical |
| Alignment | Intermeshing, co-rotating | Intermeshing, co-rotating | Intermeshing, co-rotating | Intermeshing, co-rotating | Intermeshing, counter-rotating |
| Do/Di ratio | 1.77 | 1.77 | 1.77 | 1.77 | |
| Functions: | |||||
| Additional heating zones (for dies, etc.) | 2 | 2 | 2 | 2 | 3 |
| Overload protection | Electronical & mechanical | Electronical & mechanical | Electronical & mechanical | Electronical & mechanical | Electronical |
| Maximum torque | 130 Nm | 130 Nm | 170 Nm | 170 Nm | 200 Nm |
| Maximum operating temperature | 400°C (optional 450°C) | 400°C (optional 450°C) | 400°C (optional 450°C) | 400°C (optional 450°C) | 450°C |
| Maximum operating pressure | 100 bars | 100 bars | 100 bars | 100 bars | 700 bars |
| Feeding | Volumetric/gravimetric feeders | Volumetric/gravimetric feeders | Volumetric/gravimetric feeders | Volumetric/gravimetric feeders | Hopper/volumetric feeder |
| Typical output (material dependant) | 0.2 to 15 kg / h | 0.2 to 15 kg / h | 0.5 to 50 kg/h | 0.5 to 50 kg/h | 0.2 to 10 kg / h |
| Maximum speed | 1100 rpm | 1100 rpm | 560 rpm/1100 rpm* | 560 rpm/1100 rpm | 250 rpm |
| Mains connection | via PolyLab drive unit | via PolyLab drive unit | via PolyLab drive unit | via PolyLab drive unit | via PolyLab drive unit |
DIES AND DOWNSTREAM EQUIPMENTS
Die Geometries
- Sheet, Tape & Ribbon
- Horizontal Rod Die / Vertical Rod Die
- Multistrand Die Three Strands
- Catheter Die
- Garvey Die
- Wire Coating Die
- Blown Film Die
- Spinning Die
- Filter Die
- Pipe & Tubing Die
- Rod Capillary Die
- Slit Capillary Die
- Water bath & strand pelletizers
- Conveyor belts
- Sheet and ribbon take-off
- Face cut pelletizer
- Take-off systems for blown films and coated wires
BROCHURE
| Haake Polylab System |  Free Download PDF >> |
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Die Geometries
- Sheet, Tape & Ribbon
- Horizontal Rod Die / Vertical Rod Die
- Multistrand Die Three Strands
- Catheter Die
- Garvey Die
- Wire Coating Die
- Blown Film Die
- Spinning Die
- Filter Die
- Pipe & Tubing Die
- Rod Capillary Die
- Slit Capillary Die
- Water bath & strand pelletizers
- Conveyor belts
- Sheet and ribbon take-off
- Face cut pelletizer
- Take-off systems for blown films and coated wires
| Haake Polylab System | Free Download PDF >> |
TORQUE RHEOMETERS
TORQUE RHEOMETERS