Compact in size and light in weight, it is highly portable, suitable for both laboratory and on-site measurements. Boasting fast testing speed, it delivers results in just a few minutes.

The TC 3000E portable thermal conductivity meter features fast testing speed, simple operation, and low sample requirements. It is widely applicable for measuring the thermal conductivity of various materials, including thermal insulation materials, plastics, rubber, thermal conductive silicone greases, composite materials, biomass materials, rocks, and soils. It can measure samples in diverse forms such as blocks, sheets, powders, pastes, colloids, and irregular shapes.

The instrument finds extensive applications in multiple fields, including thermal management, bridge and road subgrades, underground new energy, geotechnics, clothing and textiles, food storage, petrochemicals, building insulation, and basic education.

Key Features

l High cost-effectiveness: It retains the main advantages of the hot-wire method while offering higher cost performance.

l Rapid measurement: Results can be obtained within a few minutes.

l Direct measurement: Thermal conductivity is obtained directly without the need to input other physical property data such as sample density and specific heat for calculation.

l Non-destructive testing: The fast measurement process does not damage the sample composition, making it particularly suitable for moisture-containing materials like soil and biomass.

l Minimal sample requirement: Samples with a side length of more than 25mm are sufficient, with no restrictions on shape.

l High automation: The software is equipped with automatic measurement and automatic multi-collection functions, eliminating the need for users to stay by the instrument constantly and significantly saving testing time.

l Portable design: Its compact size ensures easy portability, allowing for both laboratory measurements and on-site testing.

l Wide applicability: It is suitable for materials in various forms such as bulk solids, powders, pastes, and thin sheets without the need to replace sensors, thus saving costs for users.