Flame Spread Testing Equipment Can Evaluate Fire Retardant Performance Of

Product Specification

ISO 5658 Flame Spread Testing Equipment

Flame Spread Tester ISO 5658-2 is developed and manufactured in accordance with ISO5658-2 standard and meets the requirements of IMO FTP Code Resolution A. 653(16) and ASTM E 1317. Shenzhen Demerson Flame Spread Tester ISO 5658-2 is used to determine the lateral flame propagation performance of building products, and the flame propagation performance/flame propagation speed can evaluate the fire retardant performance of materials.

The device radiates heat through a gas radiant plate and uses an imported heat flux meter to calibrate the radiant heat, and ignites the specimen through a mixed gas burner, thereby testing the combustion of the material in the case of a certain radiant heat; The sample is exposed to an area where the radiation flux is clearly calibrated, and the ignition time, the degree of flame spread, and the final extinguishing time are measured. The test specimen is placed in a vertical position, adjacent to the radiant plate, and exposed to an area where the radiant flux is clearly calibrated. The ignition flame is close to the test specimen but does not touch the test specimen, and the heated end of the sample is ignited by the evaporative gas on the surface.

After ignition, the development of the flame front is recorded, and the time elapsed by the flame front to burn horizontally on the sample surface to each calibrated distance is recorded. The materials are then tested for ignition heat, continuous combustion heat, critical flow, average heat of continuous combustion, total heat release and other related parameters.

Characteristics:

The box is made of stainless steel, which is beautiful and corrosion-resistant; Easy to clean; Main frame: It is composed of two independent parts: the burner frame and the specimen support frame. The two parts are bolted together and have bolts for flexible mechanical adjustment.

Standards:

ISO 5658-2: Reaction Experiments to Fire – Flame Propagation Part 2: Degree of flame spread on the sides of building products in an upright layout.

IMO FTP Code Resolution A. 653(16): Recommendations for flammability test procedures for bulkheads, ceilings, deck materials

ASTM E 1317: Standard Test Method for Flammability of Ship Surface Coatings

GBT28752-2012 Test method for lateral spread of flame on vertical surface

Ignition source: radiant panel and propane blowtorch imported from the United States. Precise control of flame height

Burner, (200±10) mm long double-bore ceramic tube,

Cylinder-type ignition burners support IMO standard automatic flame impact testing

A double-layered grid and magnified perspective allow the user to observe the spread of flames

Radiant Plate Temperature Controller: Prevents the flame from turning to the back of the heat sink, checking the internal temperature of the heat sink, and the flame

The flow controller makes it easy to measure the methane content when testing the critical heat flow of the gas

Gas supply: Equipped with pressure reducing valve, zero pressure valve, tempering valve, solenoid valve and mixer, the mixed air and gas are delivered to the radiant panel.

A multi-hole calibration plate is available, as well as a sliding heat flow meter moving track to detect whether the thermal radiation flux meets the standard requirements

Equipped with an angle-adjustable viewing glass (750mm×120mm), the flame spread rate can be observed through the glass mirror and the specimen rake, and can be automatically recorded through the foot switch.

Specimen chimney, 1 pc., containing gas and chimney metal compensation thermocouples.

Safety explosion-proof, non-return valves, shut-off solenoid valves in all radiant panel combustion control systems prevent gas backflow

The camera observes and saves the status of the test process in a program

Measure the heat flow state of the radiant plate in the 50 mm range

The data acquisition system stores images of the flame spread length and combustion characteristics

The 19" analytical frame measures flame spread rates, critical flow rates, and heat release rates

The radiant plate burner system is fully automated, with spark ignition and safety lock; All control systems are explosion-proof

The IMO program makes it easier to print all calibrations, tests, and test results (IMO, ISO).

Mitsubishi PLC control system.