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Rubber processing analyzer
The quality inspection type rubber processing analyzer is a comprehensive testing equipment that integrates raw rubber testing, rubber material proces
Product details
The quality inspection type rubber processing analyzer is a comprehensive testing equipment that integrates raw rubber testing, rubber material processing characteristic testing, vulcanization characteristic testing, rheological characteristic testing, and dynamic mechanical characteristic testing after vulcanization. It uses the large range of changes in mold cavity oscillation frequency, shear strain, and test temperature to measure the dynamic processability, vulcanization characteristics, and physical properties of the rubber material before vulcanization through user set sub tests. The tested materials include uncured rubber, vulcanizable rubber, raw rubber, and other thermosetting materials, which are suitable for research and application in the fields of polymer material formulation, new material development, production process control, and replacement of traditional testing equipment in tires, rubber products, rubber raw materials, petrochemicals, military industries, and research institutes.
1、 Technical parameters:
1. International standards: ASTM D5289, D6204, D6601 and other relevant international standards
2. Temperature range: Room temperature~230oC ± 0.3oC Resolution: ± 0.01oC
3. Temperature control: dedicated microprocessor programmable control for rapid heating/cooling
4. Temperature detection system: 4-wire PT100 platinum resistor
5. Minimum temperature reading: 0.1 ℃
6. Heating rate: 30 ℃~190 ℃<6 min
7. Experimental cavity: Sealed double conical cavity, with the lower cavity oscillating back and forth
8. Mold cavity gap: Standard: 0.45mm
9. Drive system: direct drive servo drive
10. Torque measurement method: Torque sensor, installed in the upper mold cavity
11. Mold cavity closure system: a closing force of not less than 11.5kN, pressurized and sealed mold cavity
12. Adjustable oscillation frequency: 0.1Hz, 0.5Hz, 1.0Hz, 1.67Hz, 2.0Hz, 20Hz
13. Adjustable oscillation angles: ± 0.2o, ± 0.5o, ± 1.0o, ± 7.143o
14. Adjustable strain: ± 2.8%, ± 7%, ± 14%, ± 100%
15. Torque range: 0.01~200 dNm; Resolution of 0.01dNm
16. Torque accuracy: 0.5%
17. Sample volume: approximately 4.5cm3
1、 Technical parameters:
1. International standards: ASTM D5289, D6204, D6601 and other relevant international standards
2. Temperature range: Room temperature~230oC ± 0.3oC Resolution: ± 0.01oC
3. Temperature control: dedicated microprocessor programmable control for rapid heating/cooling
4. Temperature detection system: 4-wire PT100 platinum resistor
5. Minimum temperature reading: 0.1 ℃
6. Heating rate: 30 ℃~190 ℃<6 min
7. Experimental cavity: Sealed double conical cavity, with the lower cavity oscillating back and forth
8. Mold cavity gap: Standard: 0.45mm
9. Drive system: direct drive servo drive
10. Torque measurement method: Torque sensor, installed in the upper mold cavity
11. Mold cavity closure system: a closing force of not less than 11.5kN, pressurized and sealed mold cavity
12. Adjustable oscillation frequency: 0.1Hz, 0.5Hz, 1.0Hz, 1.67Hz, 2.0Hz, 20Hz
13. Adjustable oscillation angles: ± 0.2o, ± 0.5o, ± 1.0o, ± 7.143o
14. Adjustable strain: ± 2.8%, ± 7%, ± 14%, ± 100%
15. Torque range: 0.01~200 dNm; Resolution of 0.01dNm
16. Torque accuracy: 0.5%
17. Sample volume: approximately 4.5cm3
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