Liquid mass flowmeter

Liquid mass flowmeterThe main features include high precision, high sensitivity, high reliability, measurable zero flow rate, multi parameter measurement, and wide applicability. ‌

High precision and high sensitivity: Using the principle of inertial mass measurement, high-precision measurement can be achieved within a very small flow range, and it can quickly respond to flow changes, suitable for micro flow measurement scenarios. ‌

High reliability: not affected by fluid pressure, temperature, and viscosity, stable measurement results, sturdy structure, and low maintenance costs. ‌

Measurable zero flow: Supports mass flow measurement in the absence of flow, suitable for scenarios where static medium quality needs to be monitored. ‌

Multi parameter measurement: can synchronously obtain parameters such as mass flow rate, density, temperature, pressure, etc., suitable for comprehensive analysis of complex fluids (such as gas-liquid mixtures). ‌

Liquid mass flowmeterMainly used in industrial fields that require direct measurement of fluid quality, its core application areas include:

Chemical industry: Quality flow meters can accurately measure the inflow and outflow of materials in reaction vessels during chemical production, ensuring precise control of raw material ratios. They are suitable for measuring highly corrosive liquids such as acids and alkalis. ‌

Pharmaceutical industry: In the drug production process, it is necessary to strictly monitor the ratio of raw materials and solvents. Quality flow meters can achieve high-precision quality flow measurement to ensure the stability of drug quality. ‌

Food industry: used for monitoring the production process of liquid products such as beverages and dairy products, such as measuring the mixing ratio of raw milk and additives to ensure the accuracy of product formulas. ‌

In the field of environmental protection, when treating wastewater containing sediment and suspended solids, mass flow meters can measure the mass flow rate of liquid-solid two-phase fluids and are suitable for processes such as sludge dewatering. ‌