flow meters

In severe industrial processing—ranging from hot chemical manufacturing and metallurgical slurry transport to sanitary pharmaceutical synthesis— flowmeters operate in brutal environments. While traditional electromagnetic flowmeters with PTFE , PFA , or rubber liners perform well in mild utility water loops, they routinely fail when exposed to harsh industrial media: Chemical Permeation & Blistering: Volatile solvents and high-temperature acids migrate through soft fluoroplastic membranes over time, corroding the underlying metal casing and causing liner collapse under vacuum. Abrasive Erosion : Hard mineral solids, sand, and wood fibers scour soft liners like sandpaper, wearing down the tube interior and eroding the critical electrode seals. Thermal Shock & Creep: Frequent CIP/SIP steam cycles or rapid process temperature shifts cause soft liners to expand, warp, and drift out of calibration. ceramic lined magnetic flow meter To overcome these structural limitations, RB Flowm...

Struggling with accurate slurry flow measurement in your industrial processes? Discover why the electromagnetic flowmeter stands out as the premier choice for handling these challenging abrasive and noisy fluids ! ⚙️ What is Slurry and Why is it Tricky to Measure? Slurries —mixtures of liquids and solid particles like ore pulp , paper pulp , mud slurry , coal water slurry , and fruit pulp —are common in industries such as mining , wastewater treatment , pulp and paper , and food processing . These biphasic solid-liquid fluids pose unique challenges: - Abrasion: Solid particles cause wear and tear on internal components. - Clogging: Solids can build up, obstructing flow and impairing function. - Signal Noise : The random movement and friction of solid particles against sensor electrodes create significant electrical "noise," which can lead to unstable and inaccurate data. 💡 The Optimal Solution: Electromagnetic Flowmeters Electromagnetic flowmeters are specifically engineer...