Guarded hot plate for thermal conductivity testing
When assessing the thermal conductivity of building and insulation materials, accuracy and reliability of the testing method are crucial. Engineers need precise data to develop materials that enhance energy efficiency and safety in various applications, including construction, cryogenics, and furnace insulation.
Accurately measures thermal conductivity
The GHP 500 by Netzsch is a robust cabinet device designed for measuring the thermal conductivity of thick specimens. Utilizing the guarded hot plate method, this instrument ensures precise control of temperature differences across the sample thickness. It features an integrated single board computer with a Windows operating system and Lambda software, operated via a high-resolution color touch display. With interfaces such as RS232, USB, and Gigabit Ethernet, the GHP 500 offers seamless connectivity and data transfer. Ideal for building, construction, and insulation materials, the GHP 500 adheres to ISO 8302, ASTM C177, and other relevant standards, ensuring reliable and consistent results. Users can benefit from easy specimen changes, integrated specimen thickness measurement, and network capabilities for extensive evaluation.
Benefits
- Precise thermal conductivity testing for thick specimens
- User-friendly interface with high-resolution touch display
- Wide temperature range for diverse applications
- Seamless data transfer with multiple connectivity options
- Compliant with international standards