Moving Die Rubber Rheometer Computer Control Meeting Standard ASTM D5289
Brand Name:Lixian
Certification:ASTM D5289,ISO 6502
Model Number:HZ-7001A
Minimum Order Quantity:1 set
Delivery Time:10~15 work days
Payment Terms:L/C, T/T
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Dongguan Guangdong China
Address:
ROOM 223,UNIT 2,BUILDING 2,NO.5MHOUJIE DONGYE ROAD,HOUJIE TOWN,DONGGUAN CITY,GUANGDONG PROVINCE.
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Product Details
Moving Die Rubber Rheometer Computer Control Meeting Standard ASTM D5289
Equipment Overview
Rubber moving die rheometer is the most widely used instrument for rubber quality control, rapid inspection and rubber basic research in rubber processing industry. It provides accurate data for rubber optimum formula combination, which can accurately measure scorch time and positive vulcanization. Instrument time, vulcanization index and maximum and minimum torque parameters.
Standard
Accord with ASTM D5289,ISO 6502
Technical Parameters
| Standard | IS06502 |
| 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, ～220V±10% |
| Pressure | Pressure |
| Air-pressure requirment | 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 angle | ±0.5 Centigrade ,±1 Centigrade ,±3 Centigrade |
| Printing | date,time,temperature,vulcanization curve,temperature curve,ML,MH,ts1,ts2,t10,t50,Vc1,Vc2. |
Working principle
The rubber sample is placed in a nearly completely closed cavity
and maintained at the test temperature. The
cavity has two upper and lower parts, wherein the lower part reciprocates with a slight linear motion (oscillation), and the
sample is sheared by oscillation. The reaction torque (force) of the sample to the cavity is determined, and the magnitude of the torque (force) depends on the shear modulus of the rubber. After the start of the vulcanization test, the shear modulus of the sample increases, and the computer displays and records the torque (force) in real time. When the torque (force) rises to a stable value or a maximum value or even returns to the state, a torque is obtained. The relationship between force and time, that is, the vulcanization curve , the shape of the curve is related to the temperature of the test and the characteristics of the compound.
cavity has two upper and lower parts, wherein the lower part reciprocates with a slight linear motion (oscillation), and the
sample is sheared by oscillation. The reaction torque (force) of the sample to the cavity is determined, and the magnitude of the torque (force) depends on the shear modulus of the rubber. After the start of the vulcanization test, the shear modulus of the sample increases, and the computer displays and records the torque (force) in real time. When the torque (force) rises to a stable value or a maximum value or even returns to the state, a torque is obtained. The relationship between force and time, that is, the vulcanization curve , the shape of the curve is related to the temperature of the test and the characteristics of the compound.
Applicable Industry
It is the most important testing instrument for national research
and development of new products, research on rubber compound
formula, control rubber material quality and rubber basic research
application. Widely used in all walks of life in rubber products.
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Moving Die Rubber Rheometer Computer Control Meeting Standard ASTM D5289
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