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It is a testing machine (friction coefficient measuring device) that measures the static friction coefficient (μS) of materials such as plastic films, paper, and textile products using the inclined plane method.
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It measures the limiting oxygen concentration (oxygen index) at which the material can barely continue to burn, and it can also measure the temperature inside the column.
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This is a measuring device used to check the notch height (remaining width after the notch) of test specimens used in Charpy Izod tensile impact tests.
No.0139 Notch Height Measuring Device This is a measuring device used to check the notch height (remaining width after the notch) of test specimens used in Charpy, Izod, and tensile impact tests. *An analog type, model N (dial gauge type), is also available.
This is a testing machine that measures the static friction coefficient (μS) and dynamic friction coefficient (μK) of materials such as plastic films, paper, textiles, and leather products using the horizontal method.
● You can check the measurement graph on the touch panel. ● Measurement results can be saved (up to 100 data). ● You can print measurement conditions and results on a compact printer* (optional). ● Measurement results can be displayed and saved on a PC* (optional). ● The display language can be switched based on settings (Japanese/English). ● The load display is range-less. ● A safety cover* can be installed (optional). ● There is also a heated plate version available. (The video below shows the heated plate version.)
Automatically measures the 'thickness' and 'remaining width' of Charpy impact test specimens and sends the data to the impact testing machine and PC* (Note: PC is optional).
● Automatically measures the "thickness" and "remaining width" of Charpy Izod impact test specimens. ● The "thickness" and "remaining width" measured by this device are automatically transferred and input into the impact testing machine and data processing software* (optional). ● By eliminating the dimension measurement and data entry tasks for test specimens, it contributes to the efficiency of the measurement process.
The dynamic viscoelasticity of rubber materials is evaluated over a range of temperature and frequency changes.
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This measures the gas permeability of a porous sample by generating a differential pressure and evaluating the permeability from the piston’s movement speed.
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Laser-type curing time measurement device
The drying and curing time of paints, inks, adhesives, etc., is measured non-contactly by irradiating the surface of the sample with laser light and analyzing the reflected interference fringe pattern.
This is a thickness measuring device compliant with JIS standards. You can choose specifications based on the respective testing standards for films, paper, rubber, textiles, and knitted fabrics.
●Specifications based on JIS Z 1702 (film), P 8118 (paper), JIS K 6250* (rubber), L 1096 (textiles and knits), etc. can be manufactured (indentation diameter and applied pressure). (*Hardness IRHD or higher) ●Measurement results are output to a compact printer. ●Data can be transferred to a PC*. (*PC and software are optional)
It is a testing machine (friction coefficient measuring device) that measures the static friction coefficient (μS) of materials such as plastic films, paper, and textile products using the inclined plane method.
● It has a compact space-saving design. ● It features a liquid crystal touch panel, making operations such as setting test conditions and displaying test results easy. ● Test results can be imported to a PC* (optional).
It is a device for measuring the thermal conductivity until the plastic material changes from a molten state to a solid state through natural heat dissipation.
- Automatic measurement of up to 50 temperature levels is possible once the sample is set. - The thermal capacity of the probe is minimized to improve measurement accuracy. - Continuous operation is possible as the piston heater follows the thermal contraction of the sample. - By vacuuming the inside of the cylinder before sample insertion, concerns about air bubble contamination in the sample are alleviated. - The piston pressurization cylinder can be used as a cleaning cylinder, making cleaning easy. - Over-temperature prevention features for the piston heater and cylinder heater. - Compact and lightweight.
This is a device for measuring the relationship between the pressure (P), specific volume (V), and temperature (T) of molten resin, which is useful for injection molding simulations through resin flow analysis.
● Measurement is possible with a small sample (approximately 1.5ml) ● Uses an air pressure system for the pressurization, allowing for high-speed loading and easy handling ● A vacuum degassing device prevents air entrapment during sample setup ● Mechanisms for sample injection and cleaning are standardized ● After sample setup, measurement is fully automated until completion (automatic measurement of up to 10 tests) ● Comes with dedicated software for thermosetting resins ● Notification function via email (at the end of measurement, in case of errors)
It is a device for measuring the gas permeability (gas barrier properties) of materials such as plastic films and rubber sheets using the differential pressure method.
- Measures the gas permeability (gas barrier properties) of materials such as plastic films and rubber sheets. - Adopts an automatic valve for fully automated measurements. - Does not limit the type of measurement gas. - The measurement section supports two sizes of test specimens (measurement section diameters ∅30mm and ∅70mm). - Modular design of the measurement section allows for additional expansions. - Temperature error correction function for permeated gases. - Email functionality enables receipt of messages in case of errors or at the end of tests. - Measurements are executed while saving data, allowing for data analysis and confirmation even during the test. - Options available for measuring diffusion coefficients, solubility coefficients, and hydrogen gas. - Utilizes a high-precision vacuum gauge with a reading accuracy of 0.25%. Reference Standards: JIS K7126-1, JIS K6403-3, ISO 15105-1, ASTM D1434, ISO 2782-1 (only applicable to CT type), ISO 7229 (only applicable to CT type), JIS K6275-1 (only applicable to CT type).
It is a device for measuring the water vapor permeability and water vapor transmission rate (water vapor barrier properties) of materials such as plastic films using the differential pressure method.
● Measures the water vapor permeability and water vapor transmission coefficient of plastic films and other materials. ● The measurement section accommodates two sizes of test specimens (measurement section diameters ∅30mm and ∅70mm). ● Modular design of the measurement section allows for additional expansions. ● Utilizes a high-precision vacuum pressure gauge with a reading accuracy of 0.25%. ● Email functionality enables receipt of messages in case of errors or at the end of tests.
