Brief: Discover how this Thermal Insulation Determination of Steady-State Thermal Resistance Testing Machine works in this detailed demonstration. Viewers will learn about its temperature control, pressurization, and cooling systems, and see how it measures heat loss in insulation materials for industrial equipment and pipelines according to international standards.
Related Product Features:
Measures heat loss of insulation materials with surface temperatures from -196°C to 850°C.
Complies with GBT 10294-2008 and GB 50264-2013 standards for thermal resistance testing.
Features a temperature control system with heating capacity up to 600°C and 12 temperature acquisition channels.
Includes a cylinder pressurization system with real-time pressure status display.
Equipped with a cooling system using chillers and thermocouples for rapid cooling after tests.
Designed for industrial equipment and pipelines, excluding nuclear, aerospace, and building applications.
Supports long-term use at 500°C with multiple temperature monitoring points for accuracy.
Enhances energy conservation and insulation engineering quality in production processes.
FAQs:
What temperature range can this testing machine handle?
The machine is suitable for measuring insulation materials with external surface temperatures ranging from -196°C to 850°C, making it ideal for various industrial applications.
Which standards does this equipment comply with?
It adheres to GBT 10294-2008 for determining steady-state thermal resistance and GB 50264-2013 for thermal insulation engineering design in industrial equipment and pipelines.
What are the main components of the testing machine?
The equipment consists of a temperature control system, cylinder pressurization system, thickness measurement system, and cooling system, ensuring comprehensive thermal resistance analysis.
Is this machine suitable for building or aerospace insulation testing?
No, it is not applicable for nuclear energy, aviation, aerospace systems, buildings, cold storage, or buried pipelines; it is designed specifically for industrial equipment and pipelines.