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High Temperature Tribometer
Measurement of friction and wear properties of various materials
High Temperature Tribometer
Measurement of friction and wear properties of various materials
Applications
Ideal for evaluating the friction and wear properties of materials such as lubricants, metals, plastics, coatings, rubber, and ceramics under varying conditions. This multi-function tribometer is highly valued in industries where materials are exposed to extreme temperatures and conditions, such as aerospace, energy, and metallurgy.
This multi-function tribometer supports various friction configurations, including end-face, pin-on-disc, and ball-on-disc sliding friction tests. It is highly adaptable, allowing for additional friction setups to be configured based on spindle and lower support interfaces. This tester is capable of operating under a range of conditions, from room temperature to ultra-high temperatures, with the ability to customize lubrication states (such as oil-free or oil-immersed lubrication), load, speed, material pairings, surface roughness, and hardness. With a maximum temperature of up to 1200°C and a normal operating range around 1100°C, it is ideal for studying friction pair material selection and wear resistance in extreme environments.
Technical Specifications
| Max. test force | 1/2/5KN (stepless adjustable, range optional) |
| Relative accuracy of test force | ±0.5% |
| Loading method | Fully automatic microcomputer controlled loading system (programmable, non-hydraulic) |
| Loading rate of test force | Automatic adjustment |
| Max. friction force | 1000N |
| Relative accuracy of friction torque | ±3% |
| Max. speed | 2000r/min (accuracy ±0.5r/min) |
| Temperature control range | Room temperature to 1000℃ |
| Temperature control accuracy | ±2℃ |
| Max. distance between spindle and lower auxiliary plate | >75mm |
| Online wear measurement system | Measurement range 0-10mm (accuracy 1%FS) |
| High temperature furnace | |
| Inner chamber diameter | >120mm |
| Temperature control range | Room temperature to 800℃ (optional 1000℃/1200℃) |
| Sample heating area | ≥Ø70×100mm |
| Temperature control accuracy | ≤±2℃ |
| Furnace size | ≥Ø260×200mm |
| Furnace temperature uniformity | ≤±3℃ |
| Time control range | 10s-9999min |
| Dimensions (L×W×H) | 1200×870×1700mm |
Features
- Utilizes a servo motor for precise control and reliable performance with minimal failure rates
- Employs dual floating bearing, gap-free guidance, and cross-balance buffering technology, ensuring test force accuracy, system stability, and real-time measurement of friction and test forces
- Features a split-type closed furnace chamber with a circular insulation groove. The internal chamber has a diameter of over 120mm, and the insulation layer is designed to maintain external wall temperatures within 15°C of the internal temperature, ensuring safety and efficiency
- The upper and lower supports and transmission shaft are treated with specific structures to create a controlled temperature gradient, enhancing operational stability.
- Incorporates high-quality Kanthal heating wire, capable of reaching peak temperatures of up to 1200°C with consistent performance and a temperature fluctuation of only ±2°C
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- Dynamic Balancing We offer tailored dynamic balancing solutions based on the type of rotating parts, while considering factors such as weight, diameter, thickness, and the dimensions of the connecting components. Learn more
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