- The M-3000FU is specifically designed to determine the rheological properties of foam rubber during the curing process.
- In the M-3000FU moving die rheometer, a rubber compound specimen placed in a pressurized cavity is subjected to controlled heating. As the lower die produces sinusoidal oscillation, both the torque and foam force generated by the specimen are detected.
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Standards
- GB/T 16584-1996
- ISO 6502-3-2018
- ASTM D5289-2017
PRINCIPLE
Equipped with advanced rheometer software, Gotech's moving die rheometer is specifically designed to analyze the curing characteristics of rubber compounds, including scorch time, cure time, cure rate, viscoelasticity, and cure plateau. This essential instrument serves as a significant tool for R&D and quality assurance.
The M-3000FU employs a high precision brushless DC motor to oscillate the lower die at a constant frequency and angle during rheometer testing. Simultaneously, the torque sensor on the upper die measures the changes of torque throughout the oscillation process. The collected test data is meticulously processed through Gotech's U70 amplifier, enabling precise analysis of viscosity, elasticity, and viscoelasticity.
Wide applicability across diverse industries:
Suitable for diverse industries such as rubber manufacturing, footwear, construction, automotive, household items, transportation, and mining.
Materials selection analysis:
Assists operators in comparing the performance of various materials to fulfill specific requirements for materials selection.
Quality assurance and control:
Offers standardized test procedure conforming to standards to ensure the accuracy of quality assurance.
Manufacturing process enhancement:
Provides valuable data to enhance manufacturing process and minimize defects.
Product research and innovation:
Ensures the new products or materials can meet the expected performance.
Standard conformity:
Ensures that products meet industry standards and satisfy quality expectations in the market.
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Touchscreen interface
The user-friendly and intuitive touchscreen interface enables operators to easily set up parameters and operate the machine.
Precise control system
Performs rheometer tests with high precision, ensuring that the test specimens meet the expected degree of vulcanization.
Flexibility
Offers great flexibility of test configuration including curing temperature and curing time to fulfill specific requirements.
Efficient testing capabilities
Provides precise and rapid assessment of vulcanization, optimizing production efficiency and reducing production costs.
Comprehensive evaluation
Assesses a broad range of properties to ensure the product meets expected performance.
Wide suitability
Suitable for testing various types of foam rubber materials across a diverse range of applications.
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左右滑動看表格Die configuration Unsealed die Foam force range 20kN Test mode MDR Temperature control Dedicated digital temperature controller Temperature range Ambient temperature to 200℃ Temperature display resolution 0.01℃ Temperature control stability ±0.1℃ Temperature accuracy ≤±0.3℃ Over-heat control ≤Set value+0.4℃ Temperature recovery time ≤45 sec Heat-up time 25 to 190℃ within 6 min Maximum torque 225 dN-m Torque display resolution 0.001 unit Torque unit dN-m, kgf-cm, lbf-in Foam force unit N, dN, kg, lb Oscillation amplitude ±0.5°, ±1.0°, ±2.0°, ±3.0° (select one) Oscillation frequency 1.67Hz±0.01Hz Controller U70 control system Testing software Evolution (optional: supports multi-connectivity for up to 4 machines; extra charge) Communication interface RJ45 Motor Brushless DC motor Compressed air 3.5kg/cm²(0.35MPa) (supplied by customer) Dimensions (W×D×H) 68×80×125cm Power 1∮ AC 220V 50/60Hz 800W (or specify) Weight 188kg
＊Product design and specifications are subject to change without notice.
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Details
Standards
- GB/T 16584-1996
- ISO 6502-3-2018
- ASTM D5289-2017
PRINCIPLE
Equipped with advanced rheometer software, Gotech's moving die rheometer is specifically designed to analyze the curing characteristics of rubber compounds, including scorch time, cure time, cure rate, viscoelasticity, and cure plateau. This essential instrument serves as a significant tool for R&D and quality assurance.
The M-3000FU employs a high precision brushless DC motor to oscillate the lower die at a constant frequency and angle during rheometer testing. Simultaneously, the torque sensor on the upper die measures the changes of torque throughout the oscillation process. The collected test data is meticulously processed through Gotech's U70 amplifier, enabling precise analysis of viscosity, elasticity, and viscoelasticity.
Wide applicability across diverse industries:
Suitable for diverse industries such as rubber manufacturing, footwear, construction, automotive, household items, transportation, and mining.
Materials selection analysis:
Assists operators in comparing the performance of various materials to fulfill specific requirements for materials selection.
Quality assurance and control:
Offers standardized test procedure conforming to standards to ensure the accuracy of quality assurance.
Manufacturing process enhancement:
Provides valuable data to enhance manufacturing process and minimize defects.
Product research and innovation:
Ensures the new products or materials can meet the expected performance.
Standard conformity:
Ensures that products meet industry standards and satisfy quality expectations in the market.
-
Features
Touchscreen interface
The user-friendly and intuitive touchscreen interface enables operators to easily set up parameters and operate the machine.
Precise control system
Performs rheometer tests with high precision, ensuring that the test specimens meet the expected degree of vulcanization.
Flexibility
Offers great flexibility of test configuration including curing temperature and curing time to fulfill specific requirements.
Efficient testing capabilities
Provides precise and rapid assessment of vulcanization, optimizing production efficiency and reducing production costs.
Comprehensive evaluation
Assesses a broad range of properties to ensure the product meets expected performance.
Wide suitability
Suitable for testing various types of foam rubber materials across a diverse range of applications.
-
Specifications 左右滑動看表格
Die configuration Unsealed die Foam force range 20kN Test mode MDR Temperature control Dedicated digital temperature controller Temperature range Ambient temperature to 200℃ Temperature display resolution 0.01℃ Temperature control stability ±0.1℃ Temperature accuracy ≤±0.3℃ Over-heat control ≤Set value+0.4℃ Temperature recovery time ≤45 sec Heat-up time 25 to 190℃ within 6 min Maximum torque 225 dN-m Torque display resolution 0.001 unit Torque unit dN-m, kgf-cm, lbf-in Foam force unit N, dN, kg, lb Oscillation amplitude ±0.5°, ±1.0°, ±2.0°, ±3.0° (select one) Oscillation frequency 1.67Hz±0.01Hz Controller U70 control system Testing software Evolution (optional: supports multi-connectivity for up to 4 machines; extra charge) Communication interface RJ45 Motor Brushless DC motor Compressed air 3.5kg/cm²(0.35MPa) (supplied by customer) Dimensions (W×D×H) 68×80×125cm Power 1∮ AC 220V 50/60Hz 800W (or specify) Weight 188kg
＊Product design and specifications are subject to change without notice.
