Cannon HTHS-II High Temperature and High Shear Lubricating Oil Dynamic Viscometer (Multi Capillary Viscometer Method)

CANNON
HTHS-II　High-Temperature High-Shear Viscometer
High temperature and high shear lubricating oil dynamic viscosity tester (multiple capillary viscometer method)
Applicable standards:ASTM D5481; SAE J300; SH/T0703

符合 ASTM D5481, SAE　J300, SH/T　0703 
Adopting the method of multiple glass capillary viscometers (five viscometers)
Fast measurement speed, five capillaries can quickly and continuously cycle measurement one by one
Temperature control accuracy of 150 ℃± 0.1 ℃
15-20 samples can be measured per hour
No solvent cleaning required, rinse the viscometer with a small amount of new sample
Digital display measures temperature, pressure, and flow time
Pressure gas (self provided) can be used with inert gases such as nitrogen
No moving wear parts, suitable for long-term operation
Injection valve safety switch and over temperature circuit breaker protection
For customers with research purposes, different temperatures and shear rates can be set
No rotating parts, low failure rate, low maintenance cost
Calibration instrument calibration is simple and fast
Windows version high shear viscosity calculation software
Reduce operator workload - improve repeatability and reproducibility
Just use one button operation - just load the sample, set the pressure, and then press "START" to start the automatic operation

CANNON has launched a new generation of high-temperature and high shear dynamic viscosity measuring instrument - HTHS Serial II. The instrument has been redesigned in terms of safety, performance, and ease of use based on the original high-temperature and high shear dynamic viscosity measuring instrument

The new CANNON High Temperature High Shear (HTHS) capillary viscometer is used to determine the viscosity of engine lubricating oil and other oils under high temperature and high shear conditions. The HTHS Serial II measurement conditions are 150 ℃ and 1.4X106S-1, meeting all accuracy requirements of ASTM D5481 and Chinese standard SH/T0703-2001

After the sample is injected into the viscosity measurement unit, it flows through a small glass capillary under a certain pressure to obtain the desired shear rate. HTHS monitors each experiment and displays the measurement results. The data can be analyzed using the new high shear viscosity calculation software (WINDOWS version). The analysis results can be stored, displayed, and printed

Technical Specifications:
1. Compliance with test methods: ASTM D5481, SAE J300, SH/T0703-2001

Key Features:
1. Test volume: 15-20 samples per hour
2. High repetition and reproducibility
3. Different temperatures and shear rates can be set
4. Injection valve safety switch and over temperature circuit breaker protection, no rotating parts, low failure rate, low maintenance cost
5. Windows version HTHS high shear viscosity calculation software