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.
16～30 item / All 91 items
New standards for the latest version of lubricants and materials in the SRV vibration friction and wear testing machine!
Since 1995, we have been providing both oscillation and rotation on the same system platform. With a minor change, it has become the fifth model and is widely loved by our customers.
This is a viscometer that measures highly reproducible Mooney viscosity and scorch characteristics.
This Mooney viscometer was developed with a focus on operability and data reproducibility. It automatically measures the Mooney viscosity and scorch characteristics of unvulcanized rubber. It complies with major standards such as ISO 289, JIS K 6300-1, and ASTM D 1646. 【Features】 - Modular design around the die - Excellent temperature control - Proprietary software developed in-house (supports Japanese and English) ● A demo unit is available. Please feel free to contact us.
This is a completely new filler dispersion meter using fractal theory. It has made numerical management of dispersion possible.
The DCF50A performs measurements based on fractal theory. This product allows anyone to easily evaluate the dispersion state of fillers such as carbon black in rubber compounds. The operation is simple: after cutting the sample, just set it in the sample holder and press the measurement start button, and data such as dispersion degree, particle count, and particle size will be displayed in Excel. The measurement time is approximately one minute per measurement, allowing for quick assessment and evaluation. It offers high cost performance and can help prevent defects in the rubber mixing process. We have demo units available, so please feel free to contact us.
It is a cost-effective small batch kneader that uses a powerful motor and is capable of kneading high-fill materials.
This is a cost-effective small batch kneader for rubber, plastic, food, MEM, and CIM applications. The main motor is very powerful, enabling the kneading of high-viscosity and highly filled materials that could not be processed due to insufficient power in conventional machines. The kneading capacities are available in six sizes: 75ml, 300ml, 500ml, 1,000ml, 3,000ml, and 5,000ml. The rotors come in various types: Banbury type, cam type, roller type, CTEM type, and CTEF type. The shape of the rotor and the kneading capacity can be customized according to your requirements. The chamber and rotor have a surface hardness of Hv2100, are resistant to acids and alkalis, and can knead various fillers. Additionally, the materials and coatings of the chamber and rotor can be customized to suit specific applications (materials resistant to strong acids and strong alkalis can be selected). With the CT-TORQUE software, kneading information (motor torque, temperature, rotation speed) can be observed and recorded in real-time on a PC, and this information can be exported to Excel for analysis. There are options for twin-screw extruders and injection molding.
The evaluation is based on the wear reduction of the rubber test piece pressed against the surface of the sandpaper wrapped around the circumference of the rotating drum.
-
Acron-type rubber wear testing machine
This is a testing machine for evaluating the wear resistance of vulcanized rubber. An angle is applied between the disc-shaped test piece and the grinding stone to induce slip, and the test piece is pressed with a specified load to calculate the wear volume per certain number of rotations.
The wear testing machine for hollow cylindrical plastic specimens can test six specimens simultaneously.
This is a testing machine for conducting wear tests on hollow cylindrical plastic test specimens based on JIS K 7218-1986 Method A. It can test six specimens simultaneously.
It can also be used for wear acceleration tests in the movable parts of general structures!
This is an introduction to our commissioned testing and analysis services, specifically tensile testing machines. Are you facing issues related to material testing equipment or analytical 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 help you. We offer a variety of testing equipment and analytical instruments, including large horizontal tensile load testing machines, fatigue strength testing machines, metal element analysis instruments, the largest industrial X-ray CT scanning device in Japan, and metal wear testing machines. We provide commissioned testing and analysis services to cater to customers from various fields. [Introduction to the 750kN wear testing machine] This is a testing machine that artificially wears down insulator devices, with a maximum load capacity of 750kN. Please feel free to contact us for more details.
User-friendly touchscreen! By changing optional parts, it is possible to conduct wear tests in accordance with various international standards!
The "Gardner Wear Testing Machine" features a highly versatile design for wear and cleaning tests. The measuring arm is designed to hold 1 to 3 brush holders or ISO pad holders, allowing for the use of a wide range of accessories to customize test requirements. With an easy-to-use touchscreen and a compact design, it saves space. 【Features】 ■ User-selectable wear speed of 6 to 60 cycles/min ■ Compliance with ASTM, DIN, and ISO standards through the use of accessories ■ Model available for wiper tests compliant with ECE43 standards ■ Testing possible with a measuring arm up to 4kg (8.8lbs) ■ Adjustable stroke length of 22.9 to 27.9cm (9 to 11 inches) ■ Optional weights available for custom applications *For more details, please refer to the PDF materials or feel free to contact us.
Measuring possible from room temperature to 800°C! Ideal friction and wear testing for selecting engine parts!
The "High-Temperature Friction and Wear Test" is a test that examines the degree of wear by rubbing test pieces against each other while rotating them. It can be conducted from room temperature to high temperatures, and the mass difference of the test pieces before and after the test is used to measure the worn mass (wear loss) and friction torque. 【Inspection Items】 ■ Wear Loss ■ Friction Torque ■ Measurement of the actual temperature of the test pieces (discs) during the test *For more details, please refer to the catalog or feel free to contact us.
Compatible with ceramics! A sediment abrasion test that allows for surface condition observation and wear reduction measurement.
The "Erosion Wear Test" is an examination that investigates the wear phenomenon known as scratching wear, where the surface is abraded by hard protrusions or foreign objects. Specifically, a certain amount of silica sand is poured onto the contact surface between the test specimen and a rotating rubber wheel, and the wear loss of the test specimen's surface and its surface condition are measured and observed. Materials that are prone to wear, such as plastics, show a large wear loss, while wear-resistant materials like tool steel show a small wear loss in measurements. [Test Items] ■ Measurement of wear loss ■ Observation of surface condition *For more details, please refer to the catalog or feel free to contact us.
A friction and wear test optimal for selecting engine parts and capable of observing surface conditions through sediment abrasion testing.
The "Soil Abrasion Test" is an examination that investigates the abrasion phenomenon known as scratching wear, where the surface is worn away by hard protrusions or foreign objects. Specifically, a certain amount of silica sand is poured onto the contact surface between the test piece and a rotating rubber wheel, and the amount of wear loss and the surface condition of the test piece that has been worn away are measured and observed. Materials that are prone to wear, such as plastics, show a large amount of wear loss, while wear-resistant materials like tool steel show a smaller amount of wear loss. The "High-Temperature Friction and Wear Test" is a test that examines the degree of wear by rubbing test pieces against each other while rotating. This can be conducted from room temperature to high temperatures, and the mass difference of the test pieces before and after the test is used to measure the worn mass (wear loss) and friction torque. [Test Items] ■ Soil Abrasion Test ◎ Measurement of wear loss ◎ Observation of surface condition ■ High-Temperature Friction and Wear Test ◎ Wear loss ◎ Friction torque ◎ Measurement of the actual temperature of the test piece (disk) during the test *For more details, please refer to the catalog or feel free to contact us.
Each unit comes with a 2-channel friction unit! A testing machine to measure the wear condition of the product!
The "Multi-channel Wear Testing Machine" is a device that rubs the printed surface of a product at a constant pressure and speed to check the condition of the workpiece. The frame is supported at both ends by linear guides, and the reciprocating motion of the actuator generates friction on the workpiece. Each unit is equipped with a 2-channel friction unit, allowing each to move freely within the range of the unit. 【Features】 ■ Wear at constant pressure and speed ■ Pressure adjustment using weights ■ Additional channels can be added ■ Number of friction cycles can be customized *For more details, please refer to the catalog or feel free to contact us.
Easily measure the adhesive strength of materials! Digital display adhesive peeling tester.
The peeling test instruments "BA-450D" and "BA-400D" are small and lightweight vertical tensile testers developed and improved under the guidance of the Ministry of Construction's Architectural Research Institute, the Building Materials Testing Center, and the Housing and Urban Development Corporation. They allow for easy measurement of adhesive strength between layers with simple operations. Additionally, the measurement values are displayed digitally and peak hold, making them easy to read. They come with a portable case for convenient transportation. 【Features】 ■ Digital display ■ Measurable with simple operations ■ Compact and lightweight ■ Usable over a wide range *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
