Thermal conductivity for concrete, polymers, soil and soft rock
At MEC&S, we offer cutting-edge thermal conductivity analysis for a wide range of materials, including concrete, polymers, soil, and soft rock. Harness the heat flow data you need to optimize your projects and processes.
Our Commitment:
- Precision: We deliver highly accurate thermal conductivity measurements for materials used in various industries.
- Versatility: Our services cover concrete, polymers, soil, and soft rock, making us your one-stop solution for diverse projects.
- Expertise: Our team of experts and advanced equipment ensure the success of your thermal conductivity analysis.
- Custom Solutions: We tailor our services to your specific needs, enabling you to achieve optimal results.
Explore our comprehensive range of thermal conductivity analysis services and unlock the potential of your materials.
At MEC&S, we are pioneers in thermal conductivity analysis, serving industries such as construction, materials science, geology, and more. Our mission is to provide our clients with precise thermal conductivity data to enhance their decision-making processes.
Our Services:
- Concrete Thermal Conductivity: Measure and understand the heat transfer properties of concrete for construction and infrastructure projects.
- Polymer Thermal Conductivity: Optimize the thermal performance of polymers used in various applications, from electronics to aerospace.
- Soil Thermal Conductivity: Gain insights into the thermal properties of soil for geothermal, environmental, and agricultural purposes.
- Soft Rock Thermal Conductivity: Enhance the thermal efficiency of soft rock materials in underground mining and energy projects.
The TLS-100 is a portable meter used to measure thermal conductivity and thermal resistivity of a variety of samples, including soil, rocks, concrete, and polymers. Tests can be performed with the push of a button and results displayed instantly. The second-generation TLS-100 has many advancements, such as sensors which are auto-recognized, with corresponding testing parameters automatically loaded.
The Transient Line Source (TLS) meter follows ASTM D5334-22 and IEEE 442-2017. The sensor needle consists of a thin heating wire and temperature sensor sealed in a 150, 100- or 50-mm steel tube. The sensor is completely inserted into the sample to be tested. Heat is delivered to the sample using a constant current source (q) and the temperature rise is recorded over a defined period of time. The slope (a) from plot of temperature rise versus logarithm of time is used in the calculation of thermal conductivity (k). The higher the thermal conductivity of a sample, the lower the slope. For samples of low thermal conductivity, the slope will be higher.
- Thermal conductivity testing equipment for concrete, polymers, soil and soft rock
- Follows international standards: ASTM D5334, & IEEE 442-2017
- Portable, Economical, and Accurate
- Easy to use
- Standard 100 mm / 150 mm sensor for soft materials
- Standard 50 mm sensor for hard materials
Discover how our thermal conductivity analysis services can support your industry-specific needs.
Why Choose Us:
- Expertise: Our team consists of experienced scientists and engineers who specialize in thermal conductivity analysis.
- Advanced Equipment: We use state-of-the-art instruments and technology to ensure the highest quality and precision in our measurements.
- Customization: We recognize the uniqueness of every project and tailor our services to match your specific requirements.
- Cost-Effective Solutions: Our services are designed to help you save time and resources by optimizing your materials’ thermal properties.
- Reliability: We are committed to maintaining high standards of quality and accuracy, ensuring your satisfaction.
Contact Us:
Elevate Your Thermal Conductivity Analysis
Ready to improve your understanding of thermal conductivity for concrete, polymers, soil, and soft rock materials? Contact us today to discuss your specific needs, request a quote, or learn more about how our services can enhance your projects.