Introduction of inline viscometer case studies! This viscometer is active in a wide range of fields, from the chemical industry to the food industry.
Our company's vibrating inline viscometer can measure the viscosity of liquids with high precision. ■FEM-1000V Series Captures the viscosity of liquids through changes in vibration. Utilizes a piezoelectric accelerometer to achieve high resolution. ■FVM70A Series Standard system for equipment integration applications. Achieves low cost through simple display. ■FVM72A Series Compact probe type usable in both inline and lab settings. Available in two types: with and without flange. We have numerous delivery records in factory production lines, etc. 【Delivery Examples】 ■Chemical manufacturers (silicone, urethane, synthetic rubber, etc.) ■Coating industry (color steel sheets, adhesive tapes, etc.) ■Food industry (cheese, yogurt, margarine, mayonnaise, etc.) ■Automotive industry (ceramics, fibers, catalysts, batteries, etc.)
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basic information
【Specifications】 ○ Measurement Range: L Range: 0.50 to 1000 mPa·s M Range: 10.0 to 5000 mPa·s H Range: 500 to 20000 mPa·s ○ Calibration: Comparative calibration using standard liquids for viscometer calibration (JIS Z 8809) ○ Operating Environment: 10 to 40°C, 20 to 80% RH (excluding parts in contact with liquid, without condensation) ● For more details, please contact us or download the catalog.
Price range
P5
Delivery Time
Applications/Examples of results
Chemical manufacturers, painting industry, food manufacturers, pharmaceutical industry, others.
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Company information
The inline viscometer was awarded the 22nd Invention Award (1997) for its excellent performance and innovative ideas. Additionally, the acceleration sensor detects and records vibrations that occur during the transportation of goods, contributing to the prevention of product damage through the review of work improvement. We have developed a new viscoelastic meter as a culmination of the technology of inline viscometers and densitometers, which were developed as instruments for measuring the physical properties of liquids. Like the viscometer, it uses piezoelectric sensors to measure the viscosity, temperature, elastic modulus, and phase angle of various liquids in real-time inline. Focusing on piezoelectric sensor technology, we will continue to advance our development and research, aiming to become a comprehensive scientific measurement instrument manufacturer. With a wide range of products, solid technology, and prompt responses, we will strive as a united company to be of even greater service to everyone in the future. We appreciate your continued support.