Product Details
ZY6243B Fire Propagation Apparatus
Brief Introduction
The ZONSKY Fire Propagation Apparatus evaluates how fast flames travel across a material’s surface under controlled thermal conditions. Serving as a vital safety diagnostic tool, this precision apparatus delivers the accurate data needed to verify the fire resistance and regulatory compliance of raw materials and finished products—making it an essential asset for the construction, textile, and transportation industries.
Apparatus Details
In compliance with:
- ISO12136-2011 “Reaction to fire tests — Measurement of material properties using a fire propagation apparatus” standard;
- ASTM E2058-2013 “Standard Test Methods for Measurement of Material Flammability Using a Fire Propagation Apparatus (FPA)” standard;
- FM4910-2004 “Cleanroom Materials Flammability Test Protocol” standard.
Key Test Results
- The main measurement parameters are ignition time (Tign), mass loss rate (m),
- Chemical (Qchem) heat release rate,
- Convective (Qc) heat release rate,
- Effective heat of combustion (EHC), and
- Smoke generation rate.
The scope of the test is various materials, components and end products as well as various polymer materials, but not suitable for explosive objects.
FPA has 4 test methods
- Ignition test method: Place the sample horizontally. Apply a certain radiant heat flux from the outside until the sample catches fire, and determine the time required for fire.
- Combustion test method: By measuring the chemical (Qchem) and convective (Qc) heat release rate, mass loss rate (m) to determine the effective combustion heat (EHC) of a laterally placed sample.
- Pyrolysis test method: Under different external radiant heat fluxes, the mass loss rate (m) produced by the material is measured, and the heat of vaporization (ΔHv) of a laterally placed sample material is determined. Test with at least five values of external radiant heat flux.
- Fire propagation test method: For vertically placed samples, it is used to determine the chemical (Qchem) heat release rate generated during the upward propagation of the flame or combustion process.
The test results of Fire Propagation Apparatus (FPA) can evaluate the in-depth flammability of materials, and provide the necessary basis for flame propagation speed and fire development model, risk assessment, architectural and product design, and material research and development.
Main features
- Integrated cabinet with built-in computer and LCD display.
- Computer control interface: Using professional development software (Labview) for precision instruments of American company, the interface is rigorous and the degree of automation is high. All the complicated procedures and calculations have been integrated into the computer, the response speed is very fast, the operation is convenient, the user-friendly interface, and the minimalist operation.
