AELAB Low Temperature Kinematic Viscometer SYD-265G

The instrument is designed and made as per the industrial standard of People’s Republic of China SY/T5651 Technical Condition for Kinematic Viscosity of Petroleum Products. It is suitable to determine the kinematic viscosity of liquid petroleum products (Newtonian liquids) under a constant temperature (low temperature) as per the national standard of People’s Republic of China GB/T265 and ASTM D445 Petroleum products-Determination of kinematic viscosity of and calculation of dynamic viscosity.

 features

• The temperature of the constant temperature bath is controlled by the temperature controller, and the refrigeration and heating parts compensate each other to achieve heat balance and maintain a certain accuracy in controlling the bath temperature.
• The top of the constant temperature bath is equipped with LED lighting device, which makes the scale of the capillary viscometer in the constant temperature bath clearer and the reading more convenient.
• The instrument can install two samples for test at the same time. The constant temperature bath is equipped with a stirring motor to make the temperature in the whole constant temperature bath uniform.

🔬 How It Works?

The SYD-265G determines the kinematic viscosity of petroleum products by measuring the flow time of liquid through precision capillary viscometer tubes in a temperature-controlled bath. A microprocessor-controlled system ensures precise heating and dual-compressor refrigeration to maintain low temperatures. A stirring motor ensures uniform temperature distribution, while LED illumination enhances visibility for accurate readings.

💡 Advantages

• ✅ High Accuracy: Maintains ±0.1°C for reliable testing

• ✅ Low Temperature Capability: Reaches down to -65°C

• ✅ Dual-Sample Testing: Speeds up analysis time

• ✅ Enhanced Visibility: Built-in LED light for clear scale reading

• ✅ Durable Build: Stainless steel bath ensures longevity

• ✅ Compliance Ready: Meets GB/T265 and ASTM D445 standards

🔍 Recommended Models by Use Case

• Educational Labs: Ideal for demonstrations of fluid behavior under temperature control

• Petroleum Research Centers: Accurate testing per SY/T5651 and ASTM D445

• Quality Control Labs: Reliable for routine viscosity measurement of Newtonian liquids

• Oil & Lubricant Manufacturers: Ensures product consistency at varying temps

🧪 Ideal For

• Petroleum product labs

• Lubricant and fuel testing facilities

• Chemical analysis labs

• Research institutions focused on material properties

• Industrial QC departments handling liquid flow behavior