(Malema: Downers Grove, IL) -- Malema, part of PSG and Dover and a leading provider of flow meter technologies for use in industrial and semiconductor applications, has launched the Malema CIFM-88 Series DuraMassFlow PFA Coriolis Industrial Flow Meter. The new flow meter is suitable for chemical processing, pharmaceutical manufacturing, food and beverage production, paper applications, and wastewater treatment.

“The updated Coriolis flow meter embodies Malema’s commitment to customer satisfaction, setting a new standard for industrial applications that demand precise control of chemical processes,” says Bob Lauson, general manager for Malema. “The CIFM-88 Series represents an advancement in flow measurement with an innovative design that handles corrosive chemicals while maintaining exceptional accuracy.”

The CIFM-88 Series addresses a critical need in the chemical and process industries by providing enhanced accuracy, reliability, and durability when handling aggressive chemistries. The new flow meter features a patented design that leverages the Coriolis principle. The CIFM-88 Series helps reduce maintenance costs and minimize downtime, thereby improving efficiency and safety for operators measuring corrosive substances such as acids and alkalis.

The CIFM-88 Series is designed with sensors that simultaneously measure mass flow, density, and temperature with an exceptional accuracy of ±1%, even with gas volumetric void fractions up to 30%. Its robust stainless-steel enclosure supports reliable long-term performance in harsh industrial environments, while its PFA-wetted materials provide durability against corrosive chemicals, eliminating the need for other Coriolis flow meters constructed of costly exotic metals.

Additionally, the CIFM-88 Series’ built-in LCD panel offers real-time data on flow rate, totalized flow, temperature, and density, enabling operators to monitor and optimize their processes efficiently.

For complete details about the CIFM-88 Series, and more information on Malema, visit psgdover.com/malema.