GOST ISO 6942-2011 Protective Clothing Radiant Heat Resistant Test Equipment

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October 22, 2025
Category Connection: Fire Testing Equipment
Brief: Discover the GOST ISO 6942-2011 Protective Clothing Radiant Heat Resistant Test Equipment, designed to evaluate the thermal radiation protection performance of protective materials. This advanced tester complies with ISO 6942 and EN 366 standards, offering two testing methods for accurate results. Perfect for fire testing applications, it ensures safety and reliability in extreme conditions.
Related Product Features:
  • Complies with ISO 6942 and EN 366 standards for accurate thermal radiation protection testing.
  • Features two testing methods: Method A for visual evaluation and Method B for measuring RHTI.
  • Equipped with six Glowbar heat radiation tubes with a working temperature of at least 1100°C.
  • Includes a water-cooled sample clamping device for enhanced safety and durability.
  • Uses an oxygen-free superconducting copper plate calorimeter for precise heat radiation flux measurement.
  • Sample holder can move horizontally to determine heat radiation flux at different positions.
  • Data acquisition system records heat radiation flux, temperature, and time for comprehensive analysis.
  • Comes with a computer and printer for easy data output and test report generation.
Faqs:
  • What standards does the GOST ISO 6942-2011 Protective Clothing Radiant Heat Resistant Test Equipment comply with?
    The equipment complies with ISO 6942 and EN 366 standards, ensuring accurate and reliable testing of thermal radiation protection performance.
  • What are the two testing methods available with this equipment?
    Method A is used for visually evaluating material appearance changes after thermal radiation, while Method B measures the Radiation Heat Transfer Index (RHTI) to determine thermal protection performance.
  • What are the technical specifications of the radiation source in this equipment?
    The radiation source consists of six silicon carbide heating rods, each with an overall length of 356±2 mm, heating section length of 178±2 mm, diameter of 7.9±0.1 mm, and electric resistance of 3.6 Ω ±10% at 1070°C.