小型精密ABA共挤流延实验线将2台精密单螺杆挤出机、1套三层共挤流延模头、1套精密流延辅机集成为一台实验设备...

桌面小型精密挤出流延机将1台精密单螺杆挤出机、1套流延模头、1套精密流延辅机集成为一台实验设备，可实现一条流延线的螺杆塑化挤出、流延、牵引、裁边、收卷、收边全部功能，且使用操作方便，可极大提高实验效率，缩短产品研发周期，是进行高分子材料流延成型的理想实验设备。

The biaxial film stretching machine 10x consists of components such as the clamping assembly, stretching assembly, stretching mechanism movement assembly, thermal oven assembly, pneumatic air curtain assembly, and electrical control system. It can stretch a square film sample of a specific size according to the desired stretch ratio and speed at an appropriate temperature, allowing precise control of its properties. The instrument can collect data during the stretching process with high accuracy and good repeatability. Its modular design, based on ergonomics, makes operation more convenient, significantly improving experimental efficiency and shortening product development cycles, making it an ideal experimental device for researchers.

The biaxial film stretching machine 10x consists of components such as the clamping assembly, stretching assembly, stretching mechanism movement assembly, thermal oven assembly, pneumatic air curtain assembly, and electrical control system. It can stretch a square film sample of a specific size according to the desired stretch ratio and speed at an appropriate temperature, allowing precise control of its properties. The instrument can collect data during the stretching process with high accuracy and good repeatability. Its modular design, based on ergonomics, makes operation more convenient, significantly improving experimental efficiency and shortening product development cycles, making it an ideal experimental device for researchers.

Torque rheometer is an ideal equipment for studying the flow, plasticization, thermal, and shear stability of materials. This rheometer provides a dynamic measurement method that closely simulates actual processing conditions, enabling continuous, accurate, and reliable determination of material rheological properties under near-practical processing environments. It can be applied to various processes such as the mixing of multi-component materials, cross-linking and curing of thermosetting resins, vulcanization of elastomers, evaluation of material dynamic stability, and analysis of the influence of screw rotation speed on processing performance.