Testing Equipments Supplier
ISO9001：2015 Certified ISO9001：2015 Certified 
loading
TBT-0623W
| Availability: | |
|---|---|
TBT-0623W Saybolt viscometer is designed as per GB/T0623 and ASTM D88 Bitumen Saybolt Viscosity Test (Saybolt Viscometer Method) in the JTJ052 Standard Test Methods of Bitumen and Bituminous Mixtures for Highway Engineering. It is suitable to determine the Saybolt viscosity of bitumen and bituminous mixtures.
TBT-0623W Saybolt viscometer is designed as per GB/T0623 and ASTM D88 Bitumen Saybolt Viscosity Test (Saybolt Viscometer Method) in the JTJ052 Standard Test Methods of Bitumen and Bituminous Mixtures for Highway Engineering. It is suitable to determine the Saybolt viscosity of bitumen and bituminous mixtures.
1. Composed of bath, temperature controller, parameters display and calculation (calibration coefficient, time, viscosity etc.);
2. Adopts micro computer technology. It can determine two samples at the same time and can display the parameters and calculate the arithmetic mean value automatically;
3. Can convert the Saybolt viscosity to Engler viscosity and kinematic viscosity automatically. Operator can get three viscosity data from one test. The work efficiency is high.
1. Composed of bath, temperature controller, parameters display and calculation (calibration coefficient, time, viscosity etc.);
2. Adopts micro computer technology. It can determine two samples at the same time and can display the parameters and calculate the arithmetic mean value automatically;
3. Can convert the Saybolt viscosity to Engler viscosity and kinematic viscosity automatically. Operator can get three viscosity data from one test. The work efficiency is high.
Working mode | Double lines, parallel test |
Receiving flask | 60±0.05ml |
Heating power of bath | 600W |
Working temperature of bath | Room temp. ~ 240.0℃ |
Temperature control accuracy | ±0.1℃ |
Timing accuracy | ±0.1s |
Ambient temperature | 5~35℃ |
Relative humidity | ≤80% |
Overall dimension | Around 360mm×360mm×790mm |
Power supply | 220VAC, 50Hz |
Working mode | Double lines, parallel test |
Receiving flask | 60±0.05ml |
Heating power of bath | 600W |
Working temperature of bath | Room temp. ~ 240.0℃ |
Temperature control accuracy | ±0.1℃ |
Timing accuracy | ±0.1s |
Ambient temperature | 5~35℃ |
Relative humidity | ≤80% |
Overall dimension | Around 360mm×360mm×790mm |
Power supply | 220VAC, 50Hz |
No. | Name | Unit | Quantity |
1 | Main unit | set | 1 |
2 | Sample receiving flask | piece | 2 |
3 | Stopper handle | piece | 2 |
4 | Stopper | piece | 10 |
5 | Mercury thermometer 0~50 ℃, scale division is 0.1 ℃ | piece | 1 |
6 | Mercury thermometer 0~300 ℃, scale division is 1 ℃ | piece | 1 |
7 | Stopper for glass thermometer (silicon gel stopper 8 #) | piece | 1 |
8 | Stopping ring for thermometer (1#) | piece | 4 |
No. | Name | Unit | Quantity |
1 | Main unit | set | 1 |
2 | Sample receiving flask | piece | 2 |
3 | Stopper handle | piece | 2 |
4 | Stopper | piece | 10 |
5 | Mercury thermometer 0~50 ℃, scale division is 0.1 ℃ | piece | 1 |
6 | Mercury thermometer 0~300 ℃, scale division is 1 ℃ | piece | 1 |
7 | Stopper for glass thermometer (silicon gel stopper 8 #) | piece | 1 |
8 | Stopping ring for thermometer (1#) | piece | 4 |
content is empty!
