RHEOMETER
Moving die Rheometer, RHEOMETER
Unlocking the Secrets of Polymer Behavior with the Moving Die Rheometer
In the realm of polymer analysis, understanding the intricate properties and behavior of polymers is paramount to optimizing their performance and ensuring quality in various applications. This is where our state-of-the-art moving die rheometer comes into play. With its advanced technology and unparalleled precision, our rheometer offers a wealth of information and insights into the complex world of polymers.
Unleashing the Power of Dynamic
Testing The moving die rheometer is a dynamic testing instrument that allows us to explore the rheological properties of polymers under different conditions. By subjecting the polymer sample to controlled shear and strain, we can closely examine its response and measure key parameters such as viscosity, elasticity, and curing behavior. This in-depth analysis provides invaluable data for research, development, and quality control purposes.
A Journey into Polymer Behavior
Step into our laboratory, where the moving die rheometer takes center stage in unraveling the mysteries of polymer behavior. With its precise control over temperature, shear rate, and strain, we can simulate real-world conditions and investigate how polymers react in various environments. This knowledge is crucial for designing and optimizing polymer formulations, predicting material performance, and ensuring the reliability of end products.
A Symphony of Data and Analysis
The moving die rheometer orchestrates a symphony of data, allowing us to capture and analyze crucial information about polymer behavior. Through sophisticated software and advanced algorithms, we can process and interpret the complex rheological data obtained from the tests. This comprehensive analysis provides insights into the molecular structure, processing characteristics, and performance potential of polymers, empowering us to make informed decisions throughout the product development cycle.
Pushing the Boundaries of Customization
We understand that every polymer manufacturer has unique requirements and objectives. That's why our moving die rheometer offers extensive customization options, allowing us to tailor the testing parameters to your specific needs. Whether you're working with elastomers, thermoplastics, or thermosetting materials, our rheometer can be fine-tuned to accommodate a wide range of sample types and sizes. This flexibility ensures that you receive accurate and relevant data that directly aligns with your research or production goals.
Partnering for Success
Embark on a journey of innovation and discovery with our moving die rheometer as your trusted partner. Our team of experienced scientists and engineers stands ready to support you at every step, from choosing the right rheometer configuration to interpreting test results. We are passionate about your success and are committed to delivering exceptional customer service, technical expertise, and ongoing support.
Experience the Power of the Moving Die Rheometer
If you're ready to unlock the full potential of polymer characterization and take your research or production to new heights, look no further than our advanced moving die rheometer. Contact us today to schedule a consultation and explore how our cutting-edge technology and customized solutions can revolutionize your understanding of polymer behavior and elevate your competitive advantage in the industry.
Let us be your guiding light in the fascinating world of polymer science, where the moving die rheometer unveils the secrets hidden within every polymer structure. Together, let's shape a future of innovation and excellence in the realm of polymers.
RHEOMETER
OSCILLATING DISC RHEOMETER ( With Computer set)
Sample volume | About 8 cm 3 |
Manufacturing Standards | in Compliance with ASTM D 20., ISO 3417 |
Main Power supply | AC 175-275, 50 HZ, 20 Arnp maximum |
Compressed Air | be user's own equipment) |
Frequency of Oscillating Disk | 100 cycles / rnin (1.66HZ) |
Oscillating plitude | + 10,3° 5° (Half cycle) |
Temperature Control | Microprocessor controlled |
Range | 100° - 200° |
Torque Transducer | (React - Torque Sensor) |
Printed Data | Color Ir at Printer |
Environment | Free fro Dust & Humidity |
Panel (Measurement) | Table Tr (46 x 24 x 24 inches) |
MOVING DISC RHEOMETER ( with Computer set)
Sample volume | About 4.5 cm 3 |
Oscillating Amplitude | + 0.5º.10,3° |
Oscillating Frequency | 100 cycles per minute (1.66 HZ) |
Temperature | Microprocessor controlled |
Range | 100°-200°. PID control |
Electrical | 220 Volts AC60 Hz, Single phase |
Air Pressure | 60 PSI (4.2 kg/cm2, minimum ( Air compressor to be user own equipment) |
Printed Data | Torque S@ML, S'@ML, Tan Delta@ML S'@MH, S'@MH, Tan Delta @MH Tsi, Ts2. Ts5, Tc10. Tc50, Tc90 |
Graphic Output | Elastic Torque S'Tan Delta Viscous Torque S |
Testing Standards | ASTM D5289,ISO 6502 |
Weight | 275 kg |
Panel (Measurement) | 1) Main panel 56(H) X 24 (W) X 24 (L) inches (1422mm x 610mm x 610mm) |