RUBBER PROCESS ANALYZER ZGT RPA 8000 ZGT RPA 8000
TECHNICAL INFORMATION
- Temp.: Ambient temp. ~ 230°C
- Temp. Control: Specialized micro processor, fast heating and cooling
- Temp. Accuracy: ±0.3°C
- Min. temp. Reading: 0.1°C
- Heating rate: 30°C~190°C < 6`
- Temp. returning index: Less than 50 sec to reach ±0.3°C of the set temperature (177°C) after cavity is closed
- Oscillation strain: ±0.005° to ±90° (±0.07% to ±1256%)
- Oscillation frequency : 0.1 to 3000cpm (0.0016 to 50Hz)
- Torque range: 0.001 ~ 225 dN-m (0~200 lb-in)
- Power: 1∮ AC220V±10% 50/60 Hz., 7.5A. Deviations from these ranges may affect performance.
- Pressure: 3.6 kg/cm2 (0.36 MPa) provided by user
Units of measure
- Torque: S*, S’, S” (N-m, dN-m, lb-in, kg-cm)
- Shear modulus: G*, G’, G” (Pa, Mpa, psi)
- Temp: °C, °F
- Frequency: cpm, Hz, rad/s
- Strain: arc, %
- Optional calculated results: η’, η”, η*, j’, j”, j*, tanδ
Subtest types
- Vulcanization test (fixed temp vulcanization, variable temp. vulcanization, static vulcanization, fixed torque vulcanization etc.)
- Sweep (including strain sweep, temp. sweep, frequency sweep, matrix timed test etc.)
- Stress relaxation
APPROXIMATE DIMENSIONS AND WEIGHT
- Width: 70 cm
- Depth: 85 cm
- Height: 130 cm
- Weight: 210 kg
TECHNICAL DOCUMENTATION
RELEVANT STANDARDS
- GB/T 16584
- ISO 6502
- ASTM D6204
- ASTM D6601
ADDITIONAL INFORMATION
The Rubber Process Analyzer is engineered for precise evaluation of both unvulcanized and vulcanizable rubber compounds, supporting advanced vulcanization tests, stress relaxation, and frequency sweeps. With a temperature accuracy of ±0.3°C, a wide oscillation frequency range (0.1–3000 cpm), and a torque range up to 225 dN-m, it ensures consistent results for quality control and R&D. This analyzer utilizes a microprocessor-based temperature control system that offers fast heating/cooling and stability within seconds. It adheres to global standards like ISO 6502 and ASTM D6204, making it an essential instrument in rubber material characterization and dynamic mechanical analysis.