It is a heat (radiant heat) flux tester of limited window or fire-retardant door to prevent spread of fire and to secure exit path near the window or fire-retardant door. This tester is used to allow heat radiation test for supplementing fire protection test of windows in Grade A, Grade B, and Grade F compartment for ships specified in FTP Code

FESTEC’s IEC 60331-12 tester is used in test conditions where the basic flame temperature is at least 830? and tests the cable exposed to flame and mechanical shock that needs to maintain the circuit

FESTEC’s Building Construction Fire Resistance Tester measures the performance of construction material against standard fire conditions, and satisfies the general requirements, vertical history section material, vertical non-history section material and the fire-proof door’s fire proof testing.@ This equipment tests about the walls, doors,

FESTEC’s IEC 60331-11 tester is used in test conditions where the basic flame temperature is at least 750? and tests the cable exposed to the flame that needs to maintain the circuit

FESTEC’s Fire Resistance Assemblies Tester is included in both the IEEE 1202 and IEEE 383 standards. This test method is proceed in a chamber with a set volume for 20 minutes. During the 20 minutes, a sample cable is ignited with theoretically 20kW(70,000Btu/hr) flame using an ignition source fixed in a vertical position. This equipment

FESTEC’s IEC 60754-1&2 Tester measures gas volume of Halogen Acid (IEC 60754-1), pH concentration(PH Meter, Hydrogen ions, IEC 60754-2), Conductivity(IEC 60754-2) and etc from a wire (cable) by radiant heat in the Tube Furnace (IEC 60754-1: 800°c, IEC 60754-2: 950°c) Especially, FESTEC’s IEC 60754-1&2 is enable to test both IEC 60754-1

FESTEC’s ISO 5659 is to measure and observe shape of test specimen by radiation heat of Conical Heater, and measures ignition time and mass loss rate. FESTEC’s ISO 5659 Assembly Tester is an optimal equipment for measuring and observing ignition time and mass loss rate of test specimen as well as shape of test specimen by radiation heat in

FESTEC’s Single Vertical Flame Spread Tester is included in IEC 60332-1, IEC 60695-2-4-0 & 1 standards. This test use for method requires a set volume Chamber in standardized for source of ignition in electrical or optical, make stand straight of wires or cables vertically for the vertical arrange flame spread of the

Thermal Radiation Resistance Tester of full face mask measures exposure radiation from radiation heat resource and evaluates leakage of mask and either valve works or

FESTEC’s Bunched Cable Vertical Flame Spread Tester is a series conforming to IEC 60332-3-10, KS C IEC 60332-3-21~25 (Category A~D) standards. The test measures the expansion of vertical flame to the electronically or optically vertical cable or wire using the standard ignition source while supplying a certain amount of air to a chamber of a

Full Face Masks Flame Resistance Tester is test when full face mask’s class 2,3 (follow up KIF’s standard) is exposed on the flame, check for either burn on the parts of full face mask or keep burn over 5 second after without

FESTEC’s 3 Meter Smoke Density Tester is the testing equipment measuring the smoke generated when the cable or optical cable is placed horizontally and burn under definite fire resource in the specified condition (3m3 chamber required by IEC61034). This equipment is important to measure the smoke generation from the evalue of light source

Hot wire coil ignition tester measures the specimen’s ignition time during hot coil is heated electrically. After heating the specimen that flows electricity by rolling it with hot coil which produces 0.25 ~ 0.27W/? linear power density to 120 seconds, this equipment records the time it is

This surface of the material spread flame tester (ISO 9239, Flooring Radiant Panel Tester) is test method that formal reflected spread of flame on flooring material back-draft condition when fire on building happened flame at compartment or room adjacent, or high temperature gas radiated to flooring surface a hot radiation heat accumulated at

This test method covers the determination of the lower and upper concentration limits of flammability of chemicals having sufficient vapor pressure to form flammable mixtures in air at atmospheric pressure at the test temperature. This test method may be used to determine these limits in the presence of inert dilution gases. No oxidant stronger

45 Degree is used to evaluate compliance of fire-retardant products with fireretardant performance standards according to the combustion method, and measures combustion characteristics such as After Glow and After Flame of test specimen installed at a 45-degree angle. FESTEC 45°Flammability tests After Flame Time and After Glow Time of specimen

HCF-NEK606 is an equipment that can decide whether power lines or control lines used in the coast, ships and refineries are resistant to high heat that may be caused by oil or

IMO is used to evaluate combustion characteristics of building materials and ship materials and measures spread rate of flame, flame for ignition by distances, CFE (Critical Flux at Extinguishment) and total heat release. This test method is originated from ISO 5658-2 (Reaction to fire tests–Spread of flame- Part 2 Lateral spread on building

This equipment virtually simulates an external fire to evaluate the resistance of the roof and other physical elements of fire, in order to qualify for the flame spread experiments (A~C class), in case of A 1.82m, B 2.4m and C 3.9m. It is equipment to displacement of the testing material and the exposure and falling of the roof

Erosion Tracking Tester measures the resistance to tracking and erosion by using liquid pollutants and inclined plane specimens. This tester can be evaluated resistance to tracking and erosion of electrical insulation materials used under severe ambient conditions and has two kinds type test way which are constant tracking voltage and stepwise