Jacketed Mass Flow Meter

Jacketed Mass Flow Meter – Precision Flow Measurement for High-Temperature Applications

A jacketed mass flow meter is a specialized flow measurement instrument designed to handle fluids that require precise temperature control. It features an additional insulating jacket welded around the outer shell of the flow meter. By injecting high-temperature media such as steam or heat transfer oil into the jacket, the device maintains a stable fluid temperature inside the meter through heat transfer. This prevents cooling, solidification, and viscosity fluctuations, ensuring accurate and reliable flow measurement in demanding industrial applications.

Key Features & Advantages

✅ Jacketed Structure for Thermal Stability

• The integrated insulation jacket keeps the process fluid at a stable temperature, preventing heat loss and ensuring measurement accuracy.

• Ideal for applications where fluid viscosity, phase changes, or crystallization may occur due to temperature fluctuations.

✅ High-Temperature Calibration for Enhanced Accuracy

• Uses high-temperature heat transfer oil during calibration to replicate real-world operating conditions.

• The calibration system supports temperatures up to 204°C, optimizing the meter for accurate readings in high-temperature environments.

✅ Designed for Extreme Temperatures

• Specially engineered to withstand and measure fluids with temperatures up to 350°C, making it suitable for industries handling heated liquids, viscous fluids, and sensitive chemical processes.

✅ Wide Range of Fluid Compatibility

• Effectively measures the flow of liquids, gases, and slurries that require temperature regulation.

• Minimizes measurement errors caused by thermal expansion, contraction, or changes in fluid properties.

✅ Reliable Performance in Harsh Environments

• Robust construction ensures durability and longevity in high-pressure, high-temperature, and corrosive industrial settings.

• Compatible with various process control systems, offering seamless integration into automated operations.