Twin Screw Torque Rheometer

Product features:

Different from traditional single screw torque rheometers, this product can simulate the real twin screw extrusion process, which can more accurately reflect the material mixing and extrusion process in industrial production. It has accurate screw speed and temperature control functions, which can meet the testing needs of different materials. The wide torque measurement range and high data acquisition rate can capture complete test data, and the supporting professional analysis software can generate comprehensive test reports, solving the pain point that traditional single screw rheometers cannot simulate twin screw processes, and helping R&D personnel optimize twin screw processing technology.

Product specifications:

The screw length-diameter ratio can be selected as 20/25/30 D, and the barrel is heated in three zones with independent temperature control, which can meet the temperature control needs of different sections. The torque measurement accuracy is ±0.3% FS, and the temperature control precision is ±0.5℃. The equipment is equipped with built-in overload protection and speed limit functions, which can protect the equipment and operators. The data can be exported in multiple formats, and the modular screw design is convenient for replacement and cleaning. The shell is made of shock-proof materials, which is suitable for long-term use in the laboratory. It is also equipped with special cleaning tools, which is convenient for subsequent equipment maintenance.

Product application:

This product is mainly applicable to twin screw extrusion process R&D, composite material modification testing, engineering plastic processing optimization, polymer material formula R&D, automotive lightweight material testing, and electronic and electrical material process optimization. It can simulate the twin screw extrusion process, test the rheological properties of materials, optimize the processing technology, improve product performance and production efficiency, and provide accurate data support for the development of new materials and modified plastics.