Fire Testing Equipment

ISO 11925-2 Flammability Tester For Fireproof Building Materials ISO 11925-2 Ignitability of Building Material Subjected to Direct Impingement of Flame Single-Flame Source Tester Application: It is mainly applicable to test methods to determine whether building materials have flammability under specified conditions. Standards: GB/ T 8626-2007 GB/ T 10801.2-2002 EN ISO 11925-2 DIN 4102 Technical parameters: Inner dimensions of the combustion chamber 700 x 400 x 810mm Material

CNS 15118-2 Photovoltaic(PV) Module Safety Qualification Testing Equipment ISO 11925-2:2010 Application: It meets the requirements of ignition test standard of solar photovoltaic module in CNS 15118-2:2018 and ISO 11925-2:2010. It is mainly used to evaluate the flame resistance of solar photovoltaic module materials. Standard: - CNS 15118-2:Photovoltaic(PV) module safety qualification- Part2: Requirements for testing - ISO 11925-2:2010 Technical parameters: Overall dimension

BS 476-4 Micro Computer Non-Combustibility for Material Application: When a certain amount of gas is supplied to the box and the standard ignition source is used to ignite the flame, this instrument can be used to test the ability of the vertical flame propagation to be restrained under the standard conditions of the vertically installed bundles of wire, cable or optical fiber cable. Standards: - BS 476-4 - EN IS01182 - GB/T 5464 - ASTM E136[3] Main parameters: The test

ASTM E 2058 , FM 4910 FPA Fire Propagation Apparatus Fire Testing Equipment Description: This fire-test-response standard determines and quantifies material flammability characteristics, related to the propensity of materials to support fire propagation, by means of a fire propagation apparatus (FPA).The main parameters contains time to ignition,mass loss rate,heat release rate(chemical and convective) and smoke generation rate.The scope of testing is various materials

UL790 Roof Covering Combustion Performance Fire Resistance Testing Machine Introduction: The photovoltaic cell module combustion tester UL790 is an instrument that simulates real conditions to evaluate the fire resistance of roofs and modules. It evaluates the sample's grade AC under the conditions of A1.82m, B 2.4m and C 3.9m. Standards: ASTM E 108 Fire Tests for Roof Covering Materials; UL790 roof covering material fire test; NFPA 256 roof covering fire test; IEC 61730-2

YY 0469-2011Mask Fame Retardant Tester ASTMF2100-19 Scope of application: The mask flame retardant tester is used to test the combustion performance of medical masks after contacting the flame at a certain linear velocity. It is a special test instrument for the flame retardance of medical masks. It is a test item to detect the flame retardancy of protective masks. Combustion power source. The system is equipped with a metal head mold. The mask is brought into the metal head

Protective Clothing Against Heat And Flame Heat Transmission On Exposure To Flame Testing Equipment Product Description: The protective fabric heat transfer tester is designed to measure the heat transfer of protective clothing exposed to flames. Principle: The horizontally oriented sample is subjected to an incident flux of heat of 80 kW / m 2 emitted by the flame supplied by the burner placed below it. The heat passing through the sample is measured by close contact with

ASTM E1354 Building Material Cone Calorimeter ISO 5660-1 Application: This equipment is used for assessing the heat release rate and dynamic smoke production rate of specimens exposed in the horizontal orientation to controlled levels of irradiance with an external igniter. Equipment standard: - ISO EN 5660-1 - ASTM E1354 - BS 476:PART 15 - ASTM E1474 Working conditions: the working environment temperature 0 ºC ~ 50 ºC Humidity of working environment

ASTM E1354 and ISO 5660 Heat Release Rate Cone Calorimeter Fire Testing Equipment Description: The Cone Calorimeter is the most significant bench scale instrument in the field of fire testing. Heat release is the key measurement required to assess the fire development of materials and products. Traditionally it has been very difficult to measure and more recently full scale testing of items (e.g. furniture) has been possible by burning these articles and measuring the evolved

Automatical Oxygen Index Tester , LOI Testing Equipment for ISO4589-2 Standard Application: For specimen thickness less than 10.5mm upright self-supporting strip or sheet material. Also suitable for homogeneous solid materials, laminates or foams, and films. Standard: GB/T2406.2 ISO4589-2 standard. Technical parameters: 1. Working pressure: 0.1MPa 2. Oxygen concentration measurement range: 0-100% 3. Burner height: 480mm, internal diameter: 85mm 4. Limiter orifice at the top

Propane Rectangular Sandbox Burner Building Materials or Products Monomer Combustion Tester Application: The method used to determine the fire-reaction performance of building materials or products (excluding floor coverings and those referred to in resolution 2000/147/EC) in the monomer combustion test (SBI). The products heat release rate (KW), total heat release (MJ) and smoke production rate (m2/s) are measured. Flame spread and burning droplets/particles are observed

Building Material Fire Resistance Test Furnace Test scope: 1. The fire zone on one side is a reinforced concrete load-bearing wall with a thickness of 3000 (mm), a steel structure load-bearing wall with a protective layer (fireproof coating) for fire resistance, and materials such as light steel keel load-bearing walls and laminated wood load-bearing walls. Determine the temperature of selected points within the wall with different cross-sections and widths. 2. Fire

Building Material Fire Resistance Test Furnace Test scope: 1. The fire zone on one side is a reinforced concrete load-bearing wall with a thickness of 3000 (mm), a steel structure load-bearing wall with a protective layer (fireproof coating) for fire resistance, and materials such as light steel keel load-bearing walls and laminated wood load-bearing walls. Determine the temperature of selected points within the wall with different cross-sections and widths. 2. Fire

DX-8522 (500W) 5VA/5VB Plastic Burning Tester The DX-8522 is a professional flammability testing instrument designed for solid materials and foamed plastics with an apparent density of ≥250 kg/m³. It evaluates both flammability and penetration resistance using the 500W flame test method, fully complying with international standards including GB/T 5169.17 (5VA/5VB), IEC 60695-11-20, UL94 5VA/5VB, ASTM D 5048, and ISO 10351. The tester uses two specimen shapes: long rectangular

DX8355 Digital Display Yarn Index Tester.Applicable for yarn index test in textile industry Scope of Application:Used to determine the flammability of materials when exposed to flame in air. Suitable for homogeneous solid materials, laminated materials, soft and thin sheet materials, and film materials. Key Features: 1. Structure - Control panel processed by CNC machine tools with rounded corners for an elegant look. - Made of high-quality SUS304 mirror stainless steel, anti

DX8378 Flame-retardant Wood Combustion Test Device (Fire Tube Method) Features & Scope DX8378A is a professional testing instrument designed for determining the combustion performance of flame-retardant wood, solid wood panels, engineered wood, decorative wood-based materials, and other similar combustible building materials. It is widely used in quality inspection institutions, wood processing enterprises, fire research laboratories, building material certification bodies,

ASTME162 Standard Radiant Heat Energy Source Surface Flammability Tester Introduction: ASTM E162 is one of the most widely used test standards in the United States for evaluating the flame spread characteristics of materials. This test is conducted using a gas-fired radiant panel and a gas burner. The method is widely used to assess the flame spread characteristics of materials used in railway rolling stock, and to evaluate the flame retardant performance of components such

EN13501-5 Standard Fire Lab Testing Machine Introduction: The roof material fire reactivity test device is developed based on the GB/T 30735-2014 "Test Method for External Fire Reaction of Roofs and Roof Covering Products". This test method mainly refers to the t1 test method in ENV 1187 and ISO 12468-1. This method specifies three test methods under fire conditions. Method A corresponds to t1 in ENV 1187, and methods B and C correspond to ISO 12468-1. Simulate the state of

Building Material Fire Resistance Test Furnace 1. Remark: It is suitable for determining the fire resistance characteristics of horizontal building components such as walls, beams, columns, floor slabs and suspended ceilings under standard fire conditions. The test furnace refers to EN1363-1, ISO834-1 standard, is to assess the behavior of a specimen of an element of building construction when subjected to defined heating and pressure conditions. The method provides a means

DX8354A/B Carpet Glow Burning Tester / Carpet Burning Teste Purpose: This machine is used to test the burning resistance and flame spread performance of carpets, rugs and similar floor coverings, to evaluate their fire safety and flame retardant level. Characteristics: - Stable and controllable radiant heat source - Accurate flame application and ignition control - Automatic timing and flame spread measurement - Rugged structure for long-term laboratory use - Intuitive