Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
46～60 item / All 91 items
It is a device for evaluating the wear resistance of materials such as rubber and plastic.
The wear of the sample is performed by pressing the sample against a drum with abrasive paper attached and rotating the drum. There are two types of loads applied to the sample: 0.5 kg and 1.0 kg.
Introducing a tabletop dynamic viscoelasticity measurement device with a cold and hot plate, customized plunger made to fit your samples!
The "NDS-1000 model" is a tabletop dynamic viscoelastic measurement device that uses a piezoelectric actuator as a vibration source. To control the temperature environment of the sample, it employs a Peltier element-based hot and cold plate, enabling suitable quality control by measuring temperature-dependent physical properties. Compared to conventional large devices, it excels in cost performance and operability, allowing anyone to use it easily. Samples can range from industrial products to food items and chemical paints, and measurements can be accurately conducted on solids, gels, and liquids by changing the plunger (contact element). 【Features】 ■ Easy quantification of texture, suitable for food quality control ■ All-in-one structure with the Peltier hot and cold plate housed within the unit ■ Easy measurement by connecting to your personal computer ■ Operation from setting the sample to starting the measurement can be done with just one knob ■ Plunger replacement can be done without tools (Plungers tailored to customer samples can be manufactured) *For more details, please refer to the PDF document or feel free to contact us.
Thrust friction and wear testing machine capable of conducting friction and wear experiments under special conditions.
The "FRC-R" is a thrust direction sliding friction and wear testing machine that complies with JIS K7218-1986 Method A and Method B tests. It is designed to contact plastic test specimens in the form of square plates, discs, or hollow cylinders with the end face of a hollow cylindrical counterpart made of metal or other materials under a constant load, and to rotate either of them to wear down the plastic test specimen. It can accommodate pin-on-disk, ring-on-disk, and ring-on-ring testing methods. Optional equipment such as a constant temperature chamber, oil tank, and oil droplet unit are also available, allowing for friction and wear experiments under special conditions. 【Features】 ■ Complies with JIS K7218-1986 Method A and Method B tests ■ Optional constant temperature chamber, oil tank, and oil droplet unit available ■ Capable of conducting friction and wear experiments under special conditions *For more details, please refer to the PDF materials or feel free to contact us.
Contributed to research on changes in the internal structure of ceramics! Direct observation of changes in internal structure at high temperatures.
The "OCT-equipped heating observation imaging furnace," which allows for direct observation of internal structural changes at high temperatures, has contributed to the study of changes in the internal structure of ceramics. It is a compact device utilizing a focused heating method and equipped with OCT (Optical Coherence Tomography) for internal observation. ◆ Key Points ◆ - Internal structure observation at high temperatures In-situ observation up to 1800°C - Understanding weight and thermal changes Clarifying the relationship between internal changes and temperature/weight changes - Excellent operability and controllability Data acquisition combining weight changes with temperature OCT is a technology that uses infrared laser light to visualize the interior of materials. It can be applied to materials such as ceramics and resins that allow infrared light to pass through. For more details, please refer to the catalog or contact us.
This is a testing machine for evaluating the wear resistance of surface-treated coatings such as painting and plating.
- This is a testing machine (wear testing device, sand falling wear testing device) used to evaluate the wear resistance of surface-treated coatings such as paint and plating. - The test specimen is mounted at a 45° angle to the vertical direction, and standard sand is dropped from a specified height with a defined drop amount. - The time until the coating is worn away and the substrate is exposed, as well as the amount of sand used, is measured, or the changes in thickness and mass of the test specimen before and after dropping a specified amount of sand are measured to calculate wear resistance. <Reference Standards> JIS-A1452, A5423, H8503, H8682-3, ASTM-D968 【About Catalog Download】 Please request the catalog from the related links below or by contacting us. *For products without a standalone catalog, please request the comprehensive catalog.
The reaction torque is directly mounted on the drive system! The temperature is monitored by a PT100 thermocouple.
The "V-MV 3000" is a Mooney viscometer that tests rubber compounds at rotor speeds ranging from 0 to 50 rpm. The device is designed for direct control via a PC, with test control, data collection, and analysis conducted using the included "MonControl" software. The device comes with two calibration weights, allowing for complete device calibration through the "MonControl" software. 【Features】 ■ Improvement of defective products and yield ■ Increased efficiency of processing processes ■ Shortening and simplifying the development cycle ■ Analysis software: intuitive and simple operability ■ No prior sample processing required *For more details, please refer to the PDF materials or feel free to contact us.
It can be driven by a stepping motor and perform wear at a constant speed!
The QC-621K series is primarily a surface hardness wear testing machine used to measure surface treatments such as painting, plating, coating, and dyeing, as well as the finishing of mechanical designs. It is capable of testing wear conditions using materials such as cotton, sandpaper, steel wool, and erasers. By varying conditions such as speed, stroke, test piece, wear head, and load, tests can be conducted in accordance with various standards. 【Specifications (partial)】 ■ Weight load: Basic load 200g 25g x1, 50g x1, 100g x1, 200g x1, 300g x1, 500g x1, 1000g x1 ■ Wear distance: 5–150 mm (adjustable via control panel) ■ Main unit dimensions: 70x35x40 cm ■ Main unit weight: 46 kg ■ Power supply: 100V–240V, 50/60Hz *For more details, please refer to the related link page or feel free to contact us.
Digital Durometer II for Rubber
With this single unit, you can conduct the following tests: - IRHD hardness test… Micro/Normal/High/Low/Super Soft - Shore hardness test… A/B/C/D/DO/O/OO/OOO <Features> - High precision and high reproducibility. - Automatic measurement with just the press of a start button. - One-touch detector replacement. - Creep/recovery curves can be obtained (with dedicated software). <Rubber Hardness Detector> The replacement of the digitest hardness detector is simple and one-touch. Just plug the detector into the connector on the main bracket, and the controller will automatically recognize it, allowing you to immediately conduct the rubber hardness test. There is no need for troublesome adjustments before testing. We offer a variety of detectors to accommodate different sample shapes and testing methods.
In the most common wear test for flat materials, the wear of the contact surface with two wear wheels is evaluated by the reduction in mass, thickness, and gloss.
It is the most common method for wear testing of flat materials, evaluating the wear degree of the contact surface with two wear rings based on changes in mass, thickness, and gloss. We have various types of wear rings available.
This is a testing machine for measuring the viscosity of unvulcanized rubber and the scorch time of the rubber.
● The Mooney value is automatically calibrated with a built-in weight. ● You can register test conditions and pass/fail criteria. ● Test results can be output to a PC* (optional). ● You can recall past test results (up to 100 data). ● The heater timer function allows for time savings at the start and end. ● It is equipped with overload prevention and overheat prevention devices.
William-type rubber wear testing machine
As a rubber wear testing machine, it has been widely used for a long time, similar to the Akron method. The test specimen is pressed against a grinding plate with a constant load, and the work done is calculated from the frictional force when the grinding plate rotates, allowing for the calculation of the rubber wear volume.
Revolutionary friction and wear testing machine
It is compact and lightweight, making sample attachment and operation easy. It can measure ultra-light loads with low friction force of 50μN. Equipped with a micro-force sensor using a capacitive non-contact displacement meter (Patent Publication 2005-345456). It adopts a high-speed straight reciprocating drive mechanism with a maximum of 100Hz low vibration (Patent No. 4114935). The dedicated software allows data output to be input into a computer, making data verification and observation more convenient.
For vibration research of connectors! Visualizing the deterioration of electrical contacts due to micro-sliding.
The "Precision Micro-Motion Testing Machine" is a testing device capable of accurately reproducing the micro-motion (sliding) between electrical contacts, such as connectors, caused by vibrations or impacts. It allows for the observation and measurement of the degradation of electrical contacts due to fretting corrosion. 【Features】 - Precise micro drive (0.1μm resolution) - High straightness - Capable of rectangular wave drive - Visualization function enables recording of temporal changes in phenomena For more details, please contact us or download the catalog.
All wear characteristic data for various fittings can be obtained!
We introduce our commissioned testing and analysis services, specifically tensile testing machines. Are you facing issues related to material testing equipment or analysis instruments? "I want to know the breaking strength of a product, but I don't have a testing machine!" "I want to see the internal condition of a product without breaking it!" "I want to understand the corrosion resistance of a product, but I don't have a testing machine!" In such cases, Japan Katan can assist you. We offer a wide range of testing equipment and analysis instruments, including large horizontal tensile load testing machines, fatigue strength testing machines, analysis instruments for metal elements, the largest industrial X-ray CT scanning device in Japan, and metal wear testing machines. To serve customers from various fields, we provide commissioned testing and analysis services. [Introduction of the 300kN Wear Testing Machine] This testing machine reproduces the wear phenomenon occurring at the connection parts of fittings due to the vibration of insulator devices and measures the amount of wear on the fittings. Please feel free to contact us for more details.
