ISO 5657 Building Material Ignitability Fire Tester / Testing Machine

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Building Material Ignitability Fire Tester is suitable for detecting the ignition performance of fire surface when the material or composite material with thickness less than 70mm is placed horizontally under the specified radiation conditions. It is in line with GB/T14523-93 test standard.

(max file size 512 MB)

Specifications:-

Warranty of Building Material Ignitability Fire Tester: 1 year, 1 Year

Certification: CSA, pock, Reach, IECEE, sock, UL, EPA, GS

Material: SUS 304 Stainless Steel

Heating power: 3 KW

Model Number: D246

Customized support: OEM, ODM

Standard: ISO5657

Radiation intensity: 1~5 W/cm2

Power: Electronic

Application: Building Materials

Power supply: 220V 50Hz

Support frame: chassis, guards, pillars

Technical parameters

Composition Radiation cone, ignition device, nozzle, platen mechanism and support frame, temperature recorder, gas system, timer, oven, radiation measuring instrument.
Support frame Composed of chassis, guards and pillars
Platen mechanism There are pressure plate, guide rod, adjustment rod and balance rod and other components.
Radiation cone Heating power 3KW, radiation intensity: 1~5W/cm2
Fire-fighting mechanism Consists of a pilot arm, a secondary ignition source and a cam.

 

Frequently Asked Questions:-

What is the Principle of Testing in ISO 5657 Building Material Ignitability Fire Tester/ Testing Machine?

The sample is mounted horizontally, and a constant irradiance is selected to act on the fire surface of the sample in the range of 10 kw/m2 to 70 kw/m2. At a predetermined time interval, the volatile gas released from the sample was ignited with a pilot flame 10 mm above the center of each sample, and the duration time of ignition of the sample surface was recorded.

What is ISO 5657 Building Material Ignitability Fire Tester?

The ignitability test device (ISO 5657) can compare the relative “ease of ignition” of various materials. It can provide the qualitative relationship between the ease of ignition and the growth of fire, but is not sufficient for the evaluation of fire preventive performance.