The VM2400 Cryogenic Gas Viscometer, based on the vibrating wire test method, is specifically developed for measuring low-viscosity media such as cryogenic liquefiable liquids and gases. It can measure viscosities as low as 10μPa·s and operate at temperatures down to -160℃, featuring high accuracy, good stability, and simple operation. Equipped with a pressure module, it can simultaneously generate viscosity-temperature and viscosity-pressure curves, making it suitable for viscosity measurement of media like natural gas, liquefied natural gas (LNG), liquefied petroleum gas (LPG), nitrogen, and argon.
Key Features
l High precision and stability: Utilizing the vibrating string method, it ensures high measurement accuracy and excellent repeatability, unaffected by surface tension or interfacial tension.
l Cryogenic testing capability: It covers a temperature range from -160℃ to room temperature, with support for customization of higher or lower temperatures.
l High-pressure measurement capability: With a pressure resistance of up to 10 MPa, it meets viscosity measurement needs under high-pressure conditions.
l Gas testing capability: It can measure viscosities as low as 10μPa·s, applicable to both gases and cryogenic liquefiable liquids.
l Automated operation: Supporting functions like automatic temperature control, automatic pressure adjustment, and automatic sample injection, it is easy to operate and reduces labor costs.
l Sealed test chamber: Ensures safety and accuracy throughout the measurement process.
l Professional software support: Equipped with user-friendly testing software that enables automatic data collection and analysis, facilitating users to quickly obtain reliable data.