Malema offers advanced flow meters for high purity, chemical, bio-medical and industrial applications for measuring flow of liquids, slurries, gases and steam. Malema pioneered by introducing all PFA and all PEEK Coriolis mass flow meters, straight tube PFA ultrasonic flow meters and PFA Paddlewheel flow meters to suit the stringent purity requirements of the industry.
The patented Malema™ Coriolis flow meters are generally immune to changes in fluid conditions such as density, viscosity or the presence of entrained gases in liquids and slurries. The unique sensor design and the advanced firmware that employs innovative signal processing algorithm ensure the most accurate flow measurement for these challenging conditions.
Malema’s ultrasonic flow meter range offers high accuracy and repeatability performance specification for measuring liquids and slurries with the help of the most advanced filtering and digital signal processing techniques used in the industry. Malema offers inline straight tube, U and Z style ultrasonic flow sensors.
As there is no single flow technology that can cover all of the application needs, Malema offers its customers the following wide choice of flow technologies to choose from. Malema's customer support and application engineers are well trained and are ready to offer you the guidance when requested to select the right product to suit the application.
The SumoFlo® CPFM-8103 Single-Use Coriolis Flow Meter from Malema Sensors® provides Mass Flow Rate, Density, Volumetric Flow Rate, and Temperature, accurate to ±1% of reading.
The Low-Flow SumoFlo® CPFM-8103-series Single-Use Coriolis Flow Meter from Malema Sensors® provides Mass Flow Rate to as low as 0.5 g/min accurate to ±1% of reading.
The M-2111 Series flow detector has non-contact transducers and a PFA flow tube design without dead pockets. Its advanced signal converter with DSP electronics offers unmatched flow measurement capabilities even in tough applications. The M-2111 is an ideal choice for use in the semiconductor industry where extreme cleanliness and anti-corrosiveness are required.
The VF-8100 consists of an inline flow sensor and electronics in one package. The flow sensor is a straight-through PFA tube that uses ultrasonic sensing technology to measure the flow rate. There are no moving parts or mechanical seals. The VF-8100 is an ideal choice for use in the semiconductor industry where minimal footprint, high purity and corrosion resistant wetted parts are required.
The M-1500P, a non - invasive inline ultrasonic flow meter uses state of the art signal converter with DSP technology and PFA wetted parts that are contamination free from ions or particles. They are ideally suited for semiconductor fluid flow measurement and other applications that demand high purity wetted parts and precise measurement.
The CPFM-8800 Series is a family of advanced Coriolis flow meters fabricated exclusively from PFA polymeric material for measuring liquids in high-purity semiconductor, biopharm and other applications that require all-PFA wetted surfaces and provide a Mass Flow Rate, Total Mass and Temperature output with accuracy ±1% of reading.
The M-10000 Paddlewheel flow meters are smaller, easier to install, and more accurate than ever before. Optional outputs such as 4-20 mA, 0-10 VDC, or pulse are available. In addition, M-10000 can also be used as an adjustable flow switch. These flow meters are available in both metal and plastic configurations.
The COVOL oscillating piston flow meters is ideally suited for viscous fluids such as oils, waxes and polymers. The sensor is constructed in SS-316, PVC, PP and PTFE materials options. It can be easily cleaned and sterilized.
The Flowmate series oval gear flow meters are designed for monitoring fuel consumption of combustion appliances and heaters or applications when low flow measurement is required. They are also suitable for a variety of liquid flow applications including high viscosity fluids.
Malema's SC250 & SM250 model metal tube variable area flow meters are suitable for gases, liquids and steam flow measurement. It uses a robust metal tube construction with an optional plastic liner to handle tough and corrosive process fluids.