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DH-RH-01 Rubber No Rotor Rheometer for Vulcanization Testing
4999.00 USD ($)/Unit
Product Details:
- Hardness Configurable per standard requirements
- Number of Specimens Single specimen per test cycle
- Temperature Room temperature to 200C Celsius (oC)
- Equipment Type Rubber No Rotor Rheometer
- Resolution 0.01 Nm (torque), 0.1C (temperature)
- Port Size Standard gas/air inlet ports
- Frequency 50 Hz Hertz (HZ)
- Click to view more
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DH-RH-01 Rubber No Rotor Rheometer for Vulcanization Testing Price And Quantity
- 1 Unit
- 4999.00 USD ($)/Unit
DH-RH-01 Rubber No Rotor Rheometer for Vulcanization Testing Product Specifications
- Rubber No Rotor Rheometer
- Standard, user programmable
- Standard test chamber Millimeter (mm)
- Single specimen per test cycle
- Configurable per standard requirements
- Room temperature to 200C Celsius (oC)
- No rotor design, precise digital control, real-time data acquisition
- 1 second Seconds
- 0.1C (temperature), 0.02 Nm (torque) %
- USB/RS232 (optional)
- 50 Hz Hertz (HZ)
- Fully Automatic
- 0.01 Nm (torque), 0.1C (temperature)
- Standard gas/air inlet ports
- AC 220V, 50Hz
- Digital LCD/LED touch interface
- 220V AC Volt (V)
- Laboratory, research, quality control
- 0.5 - 0.8 MPa mpa
- 80% RH (non-condensing)
- 0-25 Nm
- Approx. 1100 mm
- Diameter 20 mm 6 mm Millimeter (mm)
- 0 - 25 Nm (torque) Kelvin (K)
- Vulcanization testing of rubber compounds
- Floor standing, caster wheels for mobility
- Single test chamber Ltr
- Microprocessor-based digital control
- Custom programmable based on test
- Approx. 75 kg Kilograms (kg)
- Up to 10C/min
- Lockable caster wheels for easy relocation
- 10C to 35C
- Air cooling
- Internal memory and export option
- Stainless Steel
- PC-connected software for data analysis and reporting
- Over-temperature and over-pressure alarms
- ISO 6502, ASTM D5289, GB/T16584
DH-RH-01 Rubber No Rotor Rheometer for Vulcanization Testing Trade Information
- 300 Unit Per Month
- 3 Days
Product Description
Description
The rotorless rheometer is the most widely used instrument for controlling rubber quality in the rubber processing industry, rapid inspection, and rubber basic research. It provides accurate data for the optimal rubber compounding formula, accurately measuring the scorch time, the vulcanization time, the vulcanization index and parameters such as maximum and minimum torque.,etc.
The vulcanization instrument includes host computer, computer, temperature measurement, temperature control, data acquisition and processing, sensors and electrical interlocking. The measurement and temperature control circuit consists of measurement and control module, platinum resistor, and heater. It can automatically track changes of the power grid and ambient temperature, automatically correct PID parameters, to achieve rapid and accurate temperature control. The data acquisition system and the electromechanical chain complete the automatic detection of the torque signal of the rubber vulcanization process, and automatically display the temperature value and set value in real time. After the vulcanization is completed, the vulcanization curve and the process parameters are automatically processed, calculated, and printed.
Show vulcanization time, vulcanization torque. The computer displays the vulcanization process in real time and "temperature" change and the "time-torque" change process can be seen at a glance from above.
Characteristics
The test instrument has the following characteristics:
a. High accuracy temperature control and wide range. (0.1C)
b. Clock programming function. (setting, modification time)
c. Advanced technology switching power supply, wide voltage range.
d. Imported integrated circuits and control components.
e. Meet the requirements of GB/T16584 (Test Rubber Vulcanization Characteristics with Rotorless Vulcanometer) and ISO6502.
Powerful microprocessors use high quality imported chips. On the one hand, computers and microprocessors can take signals from the torque sensor and record the signals on the graph. At the same time, the computer and the measurement control module interface exchange data and control the temperature of the mold cavity.
The rotorless vulcanometer was designed with a series of interlocking functions, including closing the plastic glass door. If the door is not closed, the mold cannot be closed. Only when the door is closed safely can the mold be closed. Only work can be done.
All in all, this type of vulcanizer is more stable, more accurate, cheaper, and more functional than other models. It is the best instrument for testing rubber properties.
Specification
|
Standard |
ASTM D5289-95 ISO6502-1999(E) GB/T16584-1996 |
|
Temperature: |
room temperature to 200 Centigrade
|
|
Heating-up
|
15 Centigrade/min
|
|
Temperature fluctuation |
0.3 Centigrade
|
|
Temperature resolution
|
0.1 Centigrade
|
|
Torque range
|
0-5N.M,0-10N.M,0-20N.M
|
|
Torque resolution
|
0.001NM
|
|
Power |
50HZ, 220V10%
|
|
Pressure
|
0.4Mpa
|
|
Air-pressure requirement
|
0.5Mpa--0.65MPa (user prepare the dia 8 trachea)
|
|
Environment temperature
|
10 Centigrade--20 Centigrade
|
|
Humidity range
|
55-75%RH
|
|
Compressed air
|
0.35-0.40Mpa
|
|
Swing frequency
|
100r/min(about 1.67HZ)
|
|
Swing angle
|
0.5 Centigrade ,1 Centigrade ,3 Centigrade
|
|
Printing
|
Date,time,temperature,vulcanization curve,temperature curve, ML,MH,ts1,ts2,t10,t50,Vc1,Vc2.
|
Main Functions:
Moving die rheometer used monolithic rotor control, which include: host, temperature measurement, temperature control, data acquisition and processing, sensors and electrical chains and other components. These measurements, temperature control circuit consists of a temperature control device, platinum resistance, heater composition, capable of automatic tracking power and ambient temperature changes,
automatically correct PID parameters to achieve fast and accurate temperature control purposes. Data acquisition system and mechanical linkage to complete the rubber vulcanization process of force torch signal automatic detection, automatic real-time display of temperature and settings. After curing, automatic processing, automatic calculation, print vulcanization curve and process parameters. Show curing time,
curing power Ju, also has a variety of audible alert.
Moving die rheometer controlled by computer, the computer setting the parameters of the direct control of test parameters rheometer. Display real-vulcanization curve and temperature curve, store test results, different adjustable comparison of test results and in a different color.
Advanced Vulcanization Testing
Leverage the Rubber No Rotor Rheometer to achieve consistent and standardized vulcanization testing. With a programmable digital control system and real-time data acquisition, the device ensures reliable and reproducible results that meet industry requirements. Its microprocessor-based operation streamlines laboratory workflows, enhancing productivity in research and quality assurance.
Robust Safety and Compliance
Prioritizing user safety, the rheometer incorporates over-temperature and over-pressure alarms. The stainless steel chamber is built to endure demanding testing conditions, while the device fully complies with ISO 6502, ASTM D5289, and GB/T16584, which ensures global acceptance of your test data and adherence to regulatory benchmarks.
Intuitive Control and Connectivity
Operate the device with ease using its digital LCD/LED touch interface. Automatic data storage and export capabilities-via USB or RS232-facilitate efficient analysis and reporting through integrated PC software. Lockable caster wheels permit easy relocation throughout the lab, enhancing operational flexibility without compromising stability.
FAQ's of Rubber No Rotor Rheometer for Vulcanization Testing:
Q: How does the Rubber No Rotor Rheometer perform vulcanization testing?
A: The rheometer measures the torque generated during the vulcanization process of a single rubber specimen in its stainless steel chamber. It employs a no-rotor design and precise digital controls to ensure accurate, real-time monitoring of the curing process from room temperature up to 200C.Q: What safety features are included in this rheometer?
A: Safety is enhanced with over-temperature and over-pressure alarms that automatically alert users if testing conditions exceed safe operating limits. This helps protect both the operator and specimen, and ensures reliable operation during each test cycle.Q: When should I use this device for my rubber compound testing?
A: This rheometer is ideal for laboratory, research, or quality control settings whenever precise vulcanization data is required. Its fully automatic operation and programmable settings make it suitable for both routine and specialized testing applications.Q: Where can the rheometer be positioned within a facility?
A: The equipment features lockable caster wheels, enabling easy relocation and secure placement in any suitable lab or testing facility with a standard 220V AC power supply and adequate ventilation.Q: What is the process for analyzing and reporting test data?
A: Test data is captured in real time and stored in the device's internal memory. Users can export the data via USB or RS232 to a PC, where it can be further analyzed and incorporated into reports using the supplied software tools.Q: How is the specimen loaded and what size does it require?
A: Each test requires a single rubber specimen with a diameter of 20 mm and a thickness of 6 mm. The operator loads the specimen into the stainless steel chamber for each test cycle, ensuring consistency and adherence to specified standards.Q: What are the key benefits of using this rheometer?
A: Benefits include high measurement accuracy, real-time digital data acquisition, robust safety features, full standards compliance, automation, flexible reporting, and the convenience of mobile deployment within different testing environments.Tell us about your requirement
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Guangdong Hongtuo Instrument Technology Co.,Ltd .
- 9F, Building 2, No. 8, Chuangyi East Road, Daojiao Town,Dongguan - 523071, Guangdong, China
- Phone :86-769-13267004347
- Ms. Sky Li (Overseas Sales Manager)
- Mobile :+8613267004347, +8618565755697
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