Focus On Polymer New Molding Equipment
WHAT ARE YOU LOOKING FOR?
Exceptional Research Tools:
In-Depth Mechanism Studies: Capillary Rheometers serve as the ultimate tool for investigating complex rheological behaviors in polymeric materials (e.g., shear thinning, elastic effects, melt fracture), providing critical data for high-impact publications.
Reaction Process Monitoring: Torque Rheometers simulate processes such as polymer blending, filling, and cross-linking. The intuitive torque-time curves allow for direct study of reaction kinetics, making them ideal for courses like Polymer Rheology and Polymer Blending Modification.
Morphology and Structure Analysis: Biaxial Stretching Instruments are used to study the effects of stretching orientation on crystalline morphology and mechanical properties, making them indispensable for research in materials science and polymer physics.
Innovation Incubation Platform:
Rapid "Idea-to-Sample" Realization: A full suite of small-scale precision processing equipment (blown film, cast film, extrusion, calendering) enables research teams and graduate students to transform concepts into physical samples using minimal amounts of precious experimental materials (sometimes as little as a few hundred grams). This accelerates project iteration while significantly reducing innovation costs and risks.
Exploration of Frontier Fields: Whether developing solid electrolyte films for new energy applications, biodegradable stent tubing for biomedical use, or flexible conductive films for electronics, POTOP’s compact equipment provides a safe and reliable platform for process research in these interdisciplinary cutting-edge areas.
Top-Tier Teaching Practice:
Integrating Theory and Practice: Transforming abstract formulas from rheology and processing principles into visual curves and tangible samples deepens students’ understanding. Equipment operation itself cultivates experimental skills and engineering thinking.
Modular Teaching Approach: The modular design of the equipment allows for flexible configuration of experimental content tailored to different disciplines (e.g., materials, chemical engineering, mechanical engineering, food science), covering everything from foundational concepts to comprehensive innovation experiments.
We understand that the laboratory is the first "workshop" where innovative ideas take shape. POTOP is committed to providing universities and research institutes with:
A premier experimental teaching platform for courses such as Polymer Processing Principles and Polymer Rheology;
A reliable tool for master's and doctoral students conducting cutting-edge research;
An "innovation bridge" connecting theoretical hypotheses and sample validation.
We accelerate the realization of researchers' visionary ideas and enrich students' knowledge systems. POTOP is a steadfast partner in advancing scientific education and foundational innovation in China.
