Why has the desktop small precision extrusion calender become an efficient tool for polymer material research and development laboratories?

In the process of polymer material research and development and experiment, the accuracy, efficiency and integration of the equipment directly affect the accuracy of the experimental results and the product development cycle.

What are the key points of tension adjustment technology of small precision film longitudinal stretching machine?

In actual production, different film materials and process requirements require differentiated tension adjustment strategies.

How does the stretching rate of the film biaxial stretching apparatus affect the test results?

When the stretching rate is low, the film material has relatively ample time to respond to the applied external force.

Why choose small precision three-layer co-extrusion blown film experimental line to create an efficient and flexible film R&D platform?

The small precision three-layer co-extrusion blown film experimental line has become an indispensable core equipment for modern film material research with its precise process control capabilities

Why is the split small precision twin-screw extrusion granulation line an ideal equipment for new material research and development experiments?

With the rapid development of polymer materials today, polymer filling, blending, modification and other processes have become important directions for new material research and development.

Under the goal of energy saving and consumption reduction, what are the energy consumption optimization technologies of film biaxial stretching apparatus?

Traditional film biaxial stretching apparatus mostly adopts resistance heating, which has the problems of large heat loss and low thermal efficiency.