U-can Dynatex Inc.

The Rotorless Rheometer, also known as a Moving Die Rheometer (MDR), is an advanced instrument used for analyzing the cure characteristics of rubber compounds without the need for a rotating rotor. It operates using a sealed, oscillating die system, providing precise data on parameters such as minimum torque, maximum torque, scorch time, and optimum cure time. The rotorless design eliminates issues related to slippage and sample contamination, ensuring higher repeatability and accuracy. This rheometer is essential in rubber processing industries for formulation development, quality control, and predicting processing behavior and final product performance.

The Oscillating Disc Rheometer is designed to measure the viscoelastic properties and cure characteristics of rubber compounds under controlled conditions. It features a sealed die chamber with a rotating disc, temperature-regulated platens, and precision torque sensors. The machine provides accurate data on scorch time, optimum cure time, and torque values, helping in quality control and formulation development in rubber manufacturing. It complies with ASTM D5289 standards and supports computer interfacing for real-time data acquisition and analysis

This rheometer is designed for precise analysis of foam material behavior under controlled pressure and temperature. It integrates a digital control interface with a high-accuracy load frame and heating unit, allowing real-time data monitoring via a connected computer system. Ideal for measuring viscoelastic properties, it ensures consistent test results and is commonly used in materials research and quality control labs.

The Mooney Viscometer is a precision instrument used to determine the viscosity and scorch characteristics of raw rubber and rubber compounds. It operates by rotating a serrated disc embedded in a cylindrical test chamber filled with the rubber sample, under a controlled temperature and pressure environment. The resulting torque resistance is measured to evaluate viscosity. The viscometer typically complies with ASTM D1646 standards and includes features such as digital control, automatic temperature regulation, and real-time data display. It is widely utilized in rubber quality control, processing consistency, and compound formulation