The Low-Temperature Thermal Conductivity Meter is widely applicable for measuring thermal conductivity of insulation materials, thermal conductive materials, phase change materials, composites, soil and rock, biomass materials, cast iron alloys, etc. Whether the material is in block, sheet, powder, paste or colloid form, the single instrument can quickly and reliably determine its thermal conductivity, significantly reducing testing costs for users. Equipped with a precise PID temperature control system, it operates within a temperature range of -30~100℃, meeting experimental needs in various fields such as thermal management, bridge subgrades, underground new energy, geotechnics, clothing and textiles, petrochemicals, and building insulation.
Key Features
1. Higher measurement accuracy: Over 20 years of technical development ensures high testing accuracy.
2. Faster testing speed: Results can be obtained within minutes (under temperature-stable conditions).
3. Flexible sample requirements: No specific shape required; only a minimum side length of 25mm.
4. Easier operation: Flexible and simple probe usage, USB interface, and automatic data collection via testing software reduce operator skill requirements.
5. Stable temperature control: The precise PID system enables operation within -30~100℃, allowing thermal conductivity measurement at different temperatures.
6. Wider application scenarios: Suitable for laboratory testing, on-site testing, finished product inspection, and real-time detection. It works with various material forms (block, sheet, powder, paste, colloid) to provide quick and reliable results, greatly saving testing costs.
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