HAAKE™ Rheomex QC Extruders: Single & Twin Screw for Material Characterization

Analyze material rheology, processing behavior, and compounding with HAAKE™ Rheomex QC Laboratory Extruders. Available as a single-screw extruder (19/25 QC) and a conical twin-screw compounder (CTW100 QC), these systems integrate seamlessly with the HAAKE™ PolyLab™ QC torque rheometer platform. Minimize sample usage while simulating production processes and creating films or profiles for analysis.

HAAKE Rheomex 19/25 QC Single Screw Extruder:
The HAAKE Rheomex 19/25 QC single-screw extruder provides reliable data for verifying key process parameters (speed, energy, temperature) of new materials. Ideal for R&D and small-scale production of strands, sheets, pellets, or blown films, this extruder features melt pressure and temperature measuring ports for process monitoring. Analyze melt rheology and optimize extrusion processes.

HAAKE CTW100 QC Conical Twin-Screw Compounder:
The HAAKE CTW100 QC conical twin-screw extruder, part of the HAAKE PolyLab QC system, excels in continuous compounding and plasticizing. Its counter-rotating, intermeshing screws ensure consistent production of process-critical polymers with well-defined residence times. Gentle yet intensive dispersion effectively mixes additives and pigments. Customizable screw geometries, wear-resistant components, and compatibility with various feeders (powder, paste, liquid, rubber) enhance versatility.

Single Screw Extruder Applications:

• Plasticizing behavior testing
• Additive and filler performance evaluation
• Melt temperature and pressure measurement for process optimization
• Homogeneous and constant melt flow generation
• Production of strands, sheets, cast and blown films
• Ceramic and feedstock extrusion
• Melt rheology studies

Conical Twin-Screw Extruder Applications:

• Extrusion of thermally sensitive materials (e.g., PVC)
• Compounding of fillers and reinforcing materials
• Polymer blending
• Pilot plant masterbatch production
• Continuous mixing of recycled materials
• Nano clay and carbon mixing
• Discharge for further processing