Description

The High Temperature Viscometer YR05843 // YR05846 is a cutting-edge instrument designed for precision measurement of viscosity in high-temperature conditions. Utilizing a coaxial center structure and a small sample adapter, this viscometer requires minimal sample volume per test, ensuring quick and accurate temperature control. Its full-range linearity via the PC interface allows for high accuracy and repeatability, making it ideal for testing various materials across a wide range of viscosities.

Market Price

High-temperature viscometers typically range in price depending on their functionalities and brand reputation. The market average for a reliable viscometer such as this one averages between 5000 USD to 6100 USD. This reflects its advanced technology and precision, offering significant value for laboratories and research facilities looking for expert measurement tools.

Frequently Asked Questions

• What sample size is required for testing? The viscometer operates with a minimal sample size, typically between 15-20 ml.
• Can I use this machine for non-Newtonian fluids? Yes, it is specifically designed to measure non-Newtonian liquids, accommodating variable viscosities due to temperature and shear rate changes.
• What is the temperature range capability? The temperature can be controlled from room temperature plus 10°C up to 250°C, with an optional 300°C heating furnace.

Advantages and Disadvantages

This viscometer offers numerous advantages, including a quick and accurate temperature control feature, minimal sample volume for testing, and high accuracy with repeatable results. Its built-in LCD screen allows for immediate display of measurements without secondary calculations. However, some labs might find the initial investment cost to be on the higher side, and it requires regular calibration to maintain accuracy standards.

Product Use in the Field

The High Temperature Viscometer YR05843 // YR05846 is utilized widely across industries that require precise viscosity measurement under varying temperature conditions. Common uses include quality control in food production, materials research in polymers, and analysis in chemical manufacturing. The ability to maintain consistent measurement conditions makes it a favored choice among laboratories.

Recommendations

To ensure optimal performance, it is recommended to regularly calibrate the instrument using standard viscosity samples. When operating, ensure that the sample volume is consistent with the specifications, and follow routine maintenance guidelines to prevent wear and tear. Utilize the RS232 interface for seamless data transfer to a micro printer or PC.

Features

• Horizontal bubble front, easy sitting adjustment level.
• Timing measurement function suitable for non-Newtonian liquids.
• Consistent measurement times for comparable data.
• High display accuracy up to two decimal places.
• Direct data display on the LCD screen.
• Small sample adapter requiring only 15-20 ml of the sample.
• Optional RS232 interface connection to micro printers.

Technical Specifications