Capillary Torque Rheometer

Product features:

This product has the advantages of high-precision pressure and torque measurement, which can accurately capture the rheological data of materials during the extrusion process. It is equipped with 5 sets of standard capillary molds, and the diameter and length of the capillary can be customized according to user needs, which can adapt to different testing scenarios. The wide temperature control range can meet the testing needs of various materials, and the high-resolution torque acquisition can capture tiny torque changes. The supporting professional analysis software can generate comprehensive test reports, and support multiple data export formats, solving the pain points of low precision and single mold of traditional testing equipment, and helping R&D personnel accurately optimize molding processes.

Product specifications:

The capillary diameter can be selected from 0.5 to 2.0 mm, and the length can be selected from 10 to 20 D, which can meet the testing needs of different extrusion processes. The pressure measurement accuracy is ±0.1% FS, and the temperature rise and fall rate can be adjusted from 0 to 10℃/min. The equipment is equipped with a safety protection door to prevent high temperature scalding, and the one-button operation interface is simple and easy to use. It also has overload protection function, which can automatically stop the machine in case of abnormal conditions. The data can be exported in PDF and Excel formats, which is convenient for subsequent data analysis and report generation. The shell is made of aluminum alloy and steel, which has good heat dissipation performance and service life.

Product application:

This product is mainly applicable to plastic pipe R&D, film molding process testing, composite material melt performance evaluation, rubber product extrusion testing, teaching experiments of material science majors in colleges and universities, and R&D of polymer materials in scientific research institutes. It can be used to test the rheological properties of polymer melts, optimize the extrusion process, improve product quality and production efficiency, and provide accurate data support for material formulation optimization and product development.