NFP92 Epiradiator Thermal Radiation Flame Propagation Tester
In the field of fire safety and materials testing, the NFP92 Epiradiator Thermal Radiation Flame Propagation Tester emerges as a crucial instrument. It is specifically designed to evaluate the flame propagation characteristics of materials when subjected to thermal radiation, providing valuable insights into their fire behavior.
The NFP92 Epiradiator Thermal Radiation Flame Propagation Tester is a specialized device used to determine how materials respond to thermal radiation in terms of flame propagation. It is widely utilized in research laboratories, building material testing facilities, and industries dealing with fireproofing and safety regulations.
By exposing samples to a controlled thermal radiation source and monitoring the ensuing flame spread, it measures parameters such as flame spread rate, ignition time, and the extent of burning. These measurements are essential for understanding the fire hazard potential of materials, ensuring compliance with safety standards, and guiding the development and improvement of fire-resistant materials and products.
- Robust and Heat-Resistant Construction - Constructed from high-quality heat-resistant alloys and refractory materials with a radiation chamber engineered for uniform thermal radiation. Features a precision epiradiator adjustable for specific radiation intensity and spectrum.
- Precision Instrumentation - Equipped with advanced optical sensors and data acquisition system for accurate flame spread measurement. Includes temperature sensors and intuitive user interface for parameter setting and real-time data recording.
- Controlled Sample Exposure - Adjustable sample holder ensures consistent exposure to thermal radiation. Features adjustable ventilation system for precise control of air flow affecting flame propagation behavior.
| Test chamber | Dimensions: L1243mm * W460mm * H1661mm, made of stainless steel plate with high temperature electrostatic baking paint. Features exhaust passage with forced suction, observation window, and insulating protective layer. |
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| Radiator | Epiradiator heat radiation device, rated power 500W, radiation surface is a quartz disk with diameter of 100±5mm. Provides heat flux density of 3 W/cm² at 30mm distance. |
| Sample support frame | Rectangular U-shaped frame made of angle irons with fixed marks for flame length measurement. Mounted at 45° angle with precise positioning relative to radiator. |
| Temperature measuring device | Five thermocouples placed in exhaust port and tank bottom to monitor temperature differences in real time. |
| Electric control cabinet | Dimensions: L770 x W600 x H1810 mm |
| Working power | AC220V, 50HZ |
- Accurate Flame Propagation Evaluation - Measures flame spread rate, ignition time, and burning extent to assess material fire resistance and hazard potential.
- Compliance with Safety Standards - Enables testing according to NFP92 standard and other regulations for building and manufacturing industries.
- Research and Development Support - Provides critical data for developing fire-retardant materials, coatings, and improved manufacturing processes.
The NFP92 tester is manufactured under strict quality control with regular calibration using traceable standards. It has obtained relevant quality certifications and validation from independent testing laboratories, ensuring compliance with international safety standards.
- Building Materials - Testing fire-resistant wallpapers, insulation materials, and other construction products.
- Textile and Upholstery - Evaluating flame-retardant fabrics for furniture and clothing applications.
- Research Institutions - Studying flame behavior of bio-based polymers and metal surface treatments.
We provide comprehensive technical consultation, demonstrations, and training before purchase. After-sales service includes installation, maintenance, calibration, and emergency repairs with available spare parts and upgrades to ensure long-term performance.
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