Computerized No Rotor Rheometer for Rubber Material Rheology Machine

TheKE-YC01  rotary vulcanizer is the most widely used instrument in the rubber processing industry for controlling rubber quality, rapid inspection, and basic research of rubber. It provides accurate data for optimizing rubber formula combinations and can accurately measure parameters such as scorch time, positive vulcanization time, vulcanization index, and maximum and minimum torque.

Temperature control range
RH~200℃
Temperature fluctuation range
±0.15℃
Torque resolution
1/500000
Torque accuracy
0.3%
Torque unit
N.m,N.cm,N.inch,kN.m,kN.cm,kN.inch,kg.m,kg.cm,kg.inch,lp.m,lp.cm,lp.inch,g.m,g.cm,g.inch

Temperature display resolution:0.01℃
Temperature recovery time after closing:< 1.5min
Temperature unitC(Degree Celsius),F(Fahrenheit),K(Kelvin)
Acquisition rate200times/s
Support languageEnglish, Simplified Chinese, Traditional Chinese.
Standard of use
GB/T 16584,ASTM D5289,ISO 6502
Calculation parameter
ts1,ts2,t10,t30,t50,t70,t90,Vc1,Vc2
Software interface:USB2.0rint content
Date, time, temperature, vulcanization curve, temperature curve,ML,MH,ts1,ts2,t10,t50,t90,Vc1,Vc2

Q1: What is a rotorless cure meter and what is its main function?
A1: A rotorless cure meter is a professional testing instrument used to measure the vulcanization characteristics of rubber and rubber products. Its main function is to accurately detect the vulcanization curve, scorch time, optimal vulcanization time, vulcanization rate and other key parameters of rubber during the vulcanization process. It provides scientific data support for rubber formula adjustment, production process optimization and product quality control, helping enterprises improve production efficiency and product qualification rate.
Q2: What are the core advantages of your rotorless cure meter compared with other similar products on the market?
A2: Our rotorless cure meter has three core advantages: First, it adopts high-precision sensor technology, with a test accuracy of ±0.1% FS, which is higher than the industry average, ensuring the reliability of test data. Second, it is equipped with an intelligent operation system, which supports one-key testing, automatic data recording and report generation, greatly reducing manual operation intensity. Third, it has strong compatibility, can adapt to various rubber materials (including natural rubber, synthetic rubber, rubber composites, etc.), and meets international testing standards (such as ASTM D5289, ISO 6502), suitable for multiple industry scenarios.

Q3: What types of rubber materials can your rotorless cure meter test?
A3: Our rotorless cure meter has a wide range of testable rubber materials, including but not limited to natural rubber (NR), styrene-butadiene rubber (SBR), butadiene rubber (BR), nitrile rubber (NBR), ethylene-propylene rubber (EPDM), silicone rubber, fluororubber, and various rubber composites, rubber additives and modified rubber materials. It can meet the testing needs of rubber products in automobile, tire, cable, rubber seal, daily-use rubber and other industries.
Q4: Is the operation of the rotorless cure meter complicated? Do you provide training services?
A4: The operation of our rotorless cure meter is simple and user-friendly. The intelligent interface is designed with clear operation prompts, and ordinary employees can master the basic operation after simple learning. We provide free professional training services for all purchasers: including on-site training (for bulk orders) or online video training (for small orders), covering instrument operation, parameter setting, data analysis, daily maintenance and fault handling. In addition, we also provide a detailed operation manual and video tutorial for permanent reference.

Q5: What is the service life of the rotorless cure meter, and what after-sales services do you provide?
A5: Under normal use and regular maintenance, the service life of our rotorless cure meter is 5-8 years. We provide a comprehensive after-sales service system: 1. Free warranty for 1 year (excluding vulnerable parts such as sensors, which can be purchased at cost price); 2. 24-hour online technical support, and professional engineers will reply to fault consultation within 1 hour; 3. On-site maintenance service: if the instrument fails and cannot be solved online, we will arrange engineers to go to the site for maintenance within 48 hours (for domestic customers) or 7 working days (for overseas customers); 4. Lifelong maintenance service, and maintenance fees will be charged at a preferential price after the warranty period.
Q6: Can the test data of the rotorless cure meter be exported and connected to the enterprise production management system?
A6: Yes. Our rotorless cure meter supports multiple data export formats, including Excel, PDF and TXT, which is convenient for users to sort out, analyze and archive data. At the same time, it is equipped with a standard communication interface (RS232/USB/Ethernet), which can be directly connected to the enterprise's production management system (MES/ERP), realizing real-time transmission and unified management of test data, helping enterprises realize intelligent production monitoring and data traceability.

Q7: What are the technical parameters that need to be paid attention to when purchasing a rotorless cure meter?
A7: The key technical parameters to pay attention to when purchasing a rotorless cure meter are: 1. Test temperature range (generally 0-200℃, which needs to match the vulcanization temperature of the user's rubber material); 2. Test pressure range (usually 0.3-0.8MPa, ensuring the stability of the test environment); 3. Test accuracy (sensor accuracy and temperature control accuracy, directly affecting the reliability of data); 4. Vulcanization curve measurement range and resolution; 5. Compatibility with test standards (whether it meets the national or international standards required by the user's industry); 6. Operation and data processing functions (whether it supports automatic testing, report generation, data export, etc.).
Q8: What is the difference between a rotorless cure meter and a rotor cure meter?
A8: The main difference between the two lies in the test principle and application scenario: 1. Test principle: The rotor cure meter uses a rotating rotor to measure the change of rubber viscosity during vulcanization, while the rotorless cure meter uses a non-rotating sensor to detect the vulcanization characteristics of rubber, which avoids the influence of rotor friction on the test results. 2. Application scenario: The rotor cure meter is suitable for general rubber performance testing, while the rotorless cure meter has higher test accuracy and is more suitable for high-precision rubber formula research, new material development and high-end product quality control. In addition, the rotorless cure meter has a simpler structure, lower failure rate and easier maintenance.