An ideal tool for research and testing of thermal insulation materials, it can measure the thermal conductivity of such insulation materials as aerogel, polyurethane, phenolic resins, benzene boards.

The TC1100 Thermal Conductivity Meter is designed based on the guarded hot plate method. It is specifically adapted for measuring the thermal conductivity of various samples, including building insulation materials, composite materials, multi-layer materials, and porous materials. It features high measurement accuracy and excellent temperature control stability, while integrating automatic pressure application and thickness measurement functions. These functions effectively simplify the testing process, reduce human operation errors, and ensure the reliability and repeatability of measurement results. The meter is widely used in scientific research, product quality control, and engineering applications across fields such as building energy efficiency, material research and development, aerospace, and new energy.

Key Features

l High accuracy: ±1% at room temperature, better than ±3% over the full range, applicable for calibration of reference samples;

l Precise temperature control: Uniform temperature distribution on cold and hot plates with fluctuation ≤±0.05℃, ensuring measurement accuracy;

l Accurate one-dimensional heat transfer: High-precision multi-point thermopile for guarded hot plate control, effectively preventing heat loss and conforming to the ideal one-dimensional heat transfer model;

l Fully automated operation: Automatic temperature control, thickness measurement, pressure application/measurement, and multi-temperature point testing;

l Easy operation: Simple connections via USB for quick integration of main unit with testing software and temperature control system;

l Wide applicability: Suitable for insulation materials, multi-layer materials, foams, refractory materials, aerogels, etc.