Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
61～75 item / All 207 items
The Funnel Clay Meter S-251 is a simple flow-type viscometer for muddy water, used to measure funnel viscosity.
***Features*** It is a flow-type viscometer that can be easily used on-site and displays the viscosity as funnel viscosity.
It is useful for managing the flow properties of inks and adhesives, and measures the spreading rate of a sample between two parallel plates.
○Capacity: 0.5ml ○Plate weight: 115g (acrylic plate) ○Reference standards: JIS K 5101, K 5701 *Optional load plate (glass plate)
This is a viscometer for measuring the viscosity and yield value of ink.
The viscosity is determined from the descent speed of the rod when a sample is filled between a ring and a rod with a certain gap, and the rod is pressed with a constant force.
A device that can be measured in a high-temperature atmosphere of 2400℃!
This is a device for measuring the viscosity of molten liquids at high temperatures, using a ball pull-up method. We have developed the "BVM-13LH," which solves the issues of cumbersome balance operations and individual differences in measurement results associated with conventional ball pull-up viscometers, and further advanced it to create a device capable of measurements in a high-temperature environment of 2400°C.
Measurement of glass viscosity from low to high temperatures.
This glass viscometer is a device that solves the drawbacks of the conventional ball uplift method, such as cumbersome balance operations and individual differences in measurement results. It utilizes an electronic balance (load cell scale) to raise and lower the balance body at a constant speed, measuring the viscous drag on the suspended ball to determine viscosity. (Patent pending)
For the measurement of viscosity of molten slag, etc.
In the ball lift-type viscosity measurement, after several years of changing the measurement system from the variable deformation of the weights of the viscosity balance to a variable speed lift of a suspended ball balance (patent published in March 1993), the latter method has generally been recognized. The ball lift-type high-temperature viscometer BVM-13LH further advances the advantages of this balance lift system. This glass viscometer adopts a touch panel sequencer, resolving all the shortcomings and complexities of conventional glass viscometers, allowing for fully automated measurements and immediate evaluation of results after measurement.
Viscosity measurement in the molten state of glass
It is a device commonly referred to as an internal cylinder rotational viscometer, which rotates an internal cylinder in a molten liquid within an outer cylinder container and measures the generated torque to determine the viscosity of glass.
For viscosity measurement around the softening point.
This device is a glass viscometer that employs the penetration method. The conventional needle penetration method has been used for measuring in the high viscosity range (around 10^10 Pa·s), but this viscometer is a new measurement device that can measure from the molten state to the solidified state. In the low viscosity range (10^2 to 10^8 Pa·s), viscosity is measured by controlling the penetration speed and measuring the resistance (load) applied at that time. Reference: Michimata Yuu, Matsushita Kazumasa, Journal of the Ceramic Society of Japan 105[7]620-623 (1997)
Measurement of the temperature dependence of viscosity changes in glass and phase changes in the liquid phase.
A rotational cylindrical viscometer is used as a measurement method for the low viscosity range of glass. This involves immersing a cylinder into a molten sample and measuring the torque generated by rotating either the inner or outer cylinder to determine the viscosity. In this case, a certain amount of sample is required, and the container for melting it, as well as the furnace for melting, need to be of a corresponding size. For example, when verifying the temperature dependence of glass viscosity, it is preferable to minimize the sample volume and use a heating furnace that responds well to temperature changes. Therefore, this viscometer adopts a parallel plate rotation method that allows viscosity measurement with a small amount of sample and has been designed to keep the heating furnace as compact as possible. "References" Hiroshi Shiraishi et al.: Journal of the Japan Institute of Metals, Vol. 60, No. 2 (1996) 184-194
Viscometer Canon Fence K JIS K-2283 compliant
This is a glass Canon fence-type viscometer widely used for analysis and research. It is an improved version of the Ostwald viscometer, with minimal errors due to slope, requiring a small sample volume, and allowing for the collection of intrinsic quantities, eliminating the need for an injection pipette (with a constant calibration table included).
The control unit is installed in a small module, saving space.
The industrial online viscometer "MIVI7000 (vibrating viscometer)" features a control unit that is a compact module, allowing for space-saving installation. It enables maintenance-free viscosity measurement for quality control of viscosity and process management of polymerization. For more details, please contact us or refer to the catalog.
Measurement and control are possible in viscosity quality management and polymerization process management.
The industrial online viscometer "MIVI9600 Series (vibrating viscometer)" can not only measure but also control viscosity in quality management and process management of polymerization processes. It is designed with a simple mechanism, is very compact, lightweight, and robust, achieving high reproducibility as well as excellent durability and cleanability. For more details, please contact us or refer to the catalog.
Handheld type for easy and highly accurate viscosity measurement; lightweight with no operational burden.
- Lightweight and powered by batteries, it can be used in various measurement locations. - Measurement is a simple operation that only requires the viscosity sensor to be in contact with the liquid. - The measurement results are displayed instantly. - It can accurately measure non-Newtonian samples without any issues. - Being a completely welded integrated unit, liquid cannot enter the sensor. - Cleaning is simply a matter of wiping the sensor part.
A differential pressure micro viscometer developed with "simplified operation pursued to the limit" as the basic motif.
The μVISC series is a compact and entirely new innovative differential pressure micro viscometer. The μVISC-S is a micro viscometer developed with the basic motif of "extremely pursued ease of operation," eliminating complicated parameter settings and automatically determining the optimal measurement conditions. The operation involves simply setting the filled dedicated sample container into the main unit and pressing the start button, after which the measurement results are displayed on the screen in about one minute. Like the higher model μVISC, this viscometer can measure viscosity with approximately 100 μl of micro sample. Additionally, despite being a budget version, it guarantees the same measurement accuracy and reproducibility as the μVISC. It is expected to reduce research and development costs through savings on raw materials and sample disposal fees, as well as cost reductions in lot testing of raw materials and products due to sample savings.
Digital rotational viscometer manufactured by Fangilab. It features easy-to-use Japanese display and operability.
The "ViscoRead One, ViscoRead Advance, and ViscoRead Pro" from Fangilab are viscometers characterized by their user-friendly Japanese display and operability. The basic model, "ViscoRead One," features simple operations that allow anyone to measure viscosity immediately. Additionally, it comes with a two-year long-term warranty that provides peace of mind for users. The higher model, "ViscoRead Advance," includes a temperature sensor (PT100) as standard, allowing simultaneous measurement of viscosity and temperature, in addition to the functions of "ViscoRead One." Moreover, actual measurement data can be output to Excel using the dedicated software "Datalogger." The top model, "ViscoRead Pro," offers all the features of "ViscoRead Advance" and allows users to set, control, and save measurement conditions from a computer using the dedicated software "Data Boss." We also offer optional products for measuring small samples, low-viscosity samples, and temperature control devices. For more details, please contact us or refer to the product catalog.
