Thermal Conductivity Analyzer (TPS)
Thermal Conductivity Analyzer (TPS) Method For Metal Ceramics Polymers using transient plane heat source technology (TPS). The product is independently developed by the Institute of mechanical and electrical technology in Da exhibition. The test performance is stable and the data processing and analysis ability is strong. It can be used to measure the thermal conductivity of various types of materials.
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Introduction:
Thermal Conductivity Analyzer (TPS) Method For Metal Ceramics Polymers using transient plane heat source technology (TPS). The product is independently developed by the Institute of mechanical and electrical technology in Da exhibition. The test performance is stable and the data processing and analysis ability is strong. It can be used to measure the thermal conductivity of various types of materials.
Feature:
- The test range is wide and the test performance is stable. It is at the leading level among similar instruments in China.
- Intelligent human-machine interface, color large-screen LCD display.
- Simple operation, short test time.
- Intelligent data processing. Highly automated computer data communication and report processing system.
- Direct measurement, testing time is about 5-160s, and can be set up, to quickly and accurately measure the coefficient of thermal conductivity, saving a lot of time.
- Do not suffer the effects of thermal contact resistance.
- No need special sample preparation, sample shapes without special requirements, bulk solids, only need the relatively smooth surface and satisfies the length and width of at least twice the diameter of probe can be.
- Non-destructive testing on samples, samples can be reused.
- The probe using the double-helix structure design, combined with the exclusive model, data collected on the probe using the core algorithm analysis.
- Sample stage designed, easy operation, suitable for different thickness of the sample
- The probe data acquisition using the imported data acquisition on the chip, which is high resolution, can make the tests more accurate and reliable results.
- Host control system using the ARM microprocessor, speed is faster than traditional microprocessors, improves the processing capacity, more accurate results,
- It can be used for measuring bulk solids,pasty solid, granular solid, paste, gel, liquid, powders, coatings, thin film, thermal insulation materials.
- Intelligent freiendly human-computer interface, color LCD display, touch screen controls
- Powerful data processing capabilities. Highly automated computer processing system for data communication and reporting.
- Automatically generate a test report and attach it to the printer to print. The software has built-in experimental records, data processing and report formats, and automatically publishes experimental reports.
Main Parameter:
| Measure method | Transient Plane Heat Source, Unsteady Status |
| Measurement physical properties | Direct access the thermal conductivity and thermal diffusivity |
| Test object | Solid, liquid, powder, paste, colloid, granule |
| Sample size request | No special requested |
| Test Range | 0.005–300W/(m*K) |
| sample temperature range | Room temperature–130℃ |
| Probe diameter | 15mm/7.5mm |
| Accuracy | ±3% |
| Repeatability | 3% |
| Measuring time | 5–160 seconds |
| Power supply | AC 220V |
| Total power | 500w |











