This advanced instrument measures thermal conductivity, thermal diffusivity, specific heat capacity, heat storage coefficient, and thermal resistance for various materials including solids, rocks, powders, liquids, pastes, coatings, films, and anisotropic materials.

Utilizing the transient plane heat source method based on TPS technology with Hot Disk probes, this instrument offers significant advantages:

• Direct measurement of heat propagation for time efficiency
• Unaffected by contact thermal resistance issues common in static methods
• Minimal sample preparation required - only relatively flat surfaces needed for solid materials
• Custom test schemes and mathematical models for different material types
• Fast measurement speed with wide application range
• Successfully avoids natural convection influence during experiments

This method provides broad material compatibility, wide thermal conductivity range, simple sample processing, and rapid testing capabilities, making it a popular choice in thermal analysis.

ISO 22007-2:2015, GB/T32064-2015

Compatible with metals, alloys, graphite, thermal grease, silicone, silicone rubber, ceramics, geotechnical materials, rocks, polymers, paper, fabrics, foam plastics, concrete, composite panels, paper honeycomb panels, and various solids, powders, liquids, pastes, coatings, films, thermal insulation materials, insulating materials, and anisotropic materials.

• Various high/low temperature control boxes (-40℃ to 250℃) or vacuum test states available (additional cost)
• Probe diameters: Φ30mm, Φ15mm, Φ7.5mm, Φ4mm (temperature resistance -40℃ to 250℃)
• Standard configuration: Φ15mm probe

• Solid blocks or round/square/special-shaped samples require only relatively flat surfaces
• Special sample clamping device provided
• No special requirements for powders, pastes, or liquid substances
• Special test sample box provided
• Special test plans and mathematical models for:
  • Thin materials (0.01-1mm thickness)
  • High-conductivity materials (100-500W)
  • Thermal insulation materials (0.010-0.050W)
• Uniaxial anisotropic test mode equipped

• Fully automatic test software for rapid analysis of test process parameters and report generation
• Power Supply: AC 220V ±10%, 50/60 Hz
• Total Machine Power: < 500W