Flammability Testing Equipment

DX8359F Maximum Temperature Testing Machine for Thermal Insulation Materials 1. Scope of application: It is suitable for the evaluation of the maximum use temperature of insulation products such as loosely filled insulation materials, felts, blankets, blocks, plates and prefabricated insulation tube shells. 2. Conform to the standard: In line with GB/T17430-1998 "Evaluation Method for the Maximum Service Temperature of Thermal Insulation Materials" relevant standards are not

DX8359A Maximum temperature test device for thermal insulation materials 1. Scope of application: It is suitable for the evaluation of the maximum use temperature of thermal insulation products such as loosely filled insulation materials, felts, blankets, blocks, plates and prefabricated insulation tube shells. 2. Conform to the standard: in accordance with GB/T17430-2015 "Evaluation Method for the Maximum Service Temperature of Thermal Insulation Materials" relevant

DX8349 Wire & Cable Bundle Combustion Testing Machine Scope of application: It is used to evaluate the ability of vertically installed bundled wires and cables or optical cables to inhibit the vertical spread of flames under specified conditions, and the use process needs to cooperate with smoke dust removal towers. The whole machine is composed of several parts, such as a test chamber, an air source, a steel ladder, an emission purification system, and an ignition source.

DX8348A Cone calorimeter 1. Equipment standards: It conforms to the test methods specified in GB/T16172-2007 "Test method for heat release rate of building materials" and ISO5660-1:2002 "Test method for heat release rate of building materials". 2. The scope of use: The oxygen consumption calculated by the oxygen concentration in the gas flow of the combustion product and the heat release rate of the combustion product during combustion, the heat release rate of the material

Fire Resistance Tester for Building Components Scope of application: It is suitable for the fire resistance test of building components, and the fire resistance of load-bearing vertical separation components. Operating voltage: AC 380V±10% 50NZ. Furnace body: The test furnace is composed of bricks, steel structure and fireproof and thermal insulation materials. Specimen size: width 300mm× height 300mm (can be customized). The dimensions of the furnace are approximately:

DX8342 Flammability testing machine for fireproof building materials Executive standard: in line with GB/T8626-2007 "Test Methods for Flammability of Building Materials’ GB/T10801.2-2002"Extruded Polystyrene foam for Heat insulation (XPS)" Scope of application: It is mainly applicable to the test method for judging whether building materials have flammability under specified conditions. Technical Parameters: 1. The inner size of the combustion box: width 700× depth 400×

DX8341 Building Material Flame Retardancy Testing Machine Conform to the standard: meet the requirements of GB8625 and DIN4102 "Test Methods for the Flame Retardancy of Building Materials". Scope of application: It is mainly applicable to determine whether the building materials are flammable under the specified conditions, and all materials that have passed the combustion shaft furnace test and can pass the flammability test of building materials can be determined as

DX8339 Fire Retardant Coating Combustion Testing Machine (Daban method) Scope of application: Under specified conditions, the test method for testing the flame resistance characteristics of the facing fire retardant coating coated on the surface of the combustible substrate is also suitable for the determination of the flame resistance time of the facing fire retardant coating Conform to the standard: meet the requirements of GB/T 12441-2005 (Appendix A) test standard. Main

DX8337 Automotive Interior Material Combustion Tester Meet the standards: in line with GB8410, American Standard FMVSS571.302, DIN7520 "Combustion Characteristics of Automotive Interior Materials". Test method: the specimen is clamped horizontally on the U-shaped support, and after igniting the free end of the specimen with a flame of the specified height in the combustion chamber for 15S, determine whether the flame on the specimen is extinguished, as well as the distance of

DX8335A Radiant Plate Flame Spread Tester Product Introduction: The Radiant Panel Flame Spread Tester uses gas-fired radiant panels to test the flammability of building surface materials (ASTM E162) and foams (ASTM D3675). The Flame Spread Index (IS), which is determined by factors such as flame spread and heat dissipation. It is used as a mandatory parameter in many industry norms, especially for public transport (trains and buses). Data acquisition and analysis are done

DX8332B Roadway propane combustion performance testing machine Scope of application: It is mainly used for the propane combustion performance test of the roadway of the whole core flame retardant conveyor belt of coal mine fabrics. According to MT914-2008 "Fabric Whole Core Flame Retardant Conveyor Belt for Coal Mine", the propane combustion performance of roadway was tested. The powerful exhaust system is adopted, and the exhaust fan system is started to discharge the

DX8221 Helmet flame retardant performance testing machine Meet the standards: GB/T 2812-2006 "Test Methods for Safety Helmets" and GB/T 2811-2007 "Safety Helmets" in the flame retardant performance test standards for safety helmets. It is mainly used for testing the flame retardant performance of safety helmets, and is widely used in safety helmet manufacturers, major quality inspection units and construction engineering testing stations. Test method: The helmet flame

Applicable scope: These requirements cover all roof materials exposed to simulated fires outside the building, used for installation on combustible or non combustible substrates. It is to evaluate the fire resistance performance of the roof and components under simulated real conditions, and to evaluate the AC level of the samples under A1.82m, B 2.4m, and C 3.9m conditions. It can also be used for flame retardant performance testing of photovoltaic cell modules. Compliant

The flame spread tester ISO 5658-2 is developed and produced according to the ISO 5658-2 standard, and meets the requirements of IMO FTP Code Resolution A. 653 (16) and ASTM E 1317. The Shenzhen Demerson Flame Spread Tester ISO 5658-2 is used to measure the lateral flame spread performance of building products. The flame spread performance/speed of flame spread can evaluate the fire and flame retardant performance of materials. The device radiates heat through a gas radiation

Compliant with standards: According to GB/T2812-2006, it also meets the requirements of the European standard EN397 test standard. Scope of application: Specialized in testing the impact resistance and penetration resistance of safety helmets. The aluminum headform wearing the safety helmet is mounted on a highly sensitive force sensor, and then impacted from a height of 1m using a 5kg steel hammer. The force value at the moment of impact is measured by the highly sensitive

DX8217 FAA FAR 25.853 Vertical Flammability Chamber Stainless Steel Adjustable Standard:FAA FAR 25.853 Main Function:Determination of the combustion performance of non-metallic materials used in civil aircraft cabin, the airworthiness identification of non-metallic materials in the cabin. Test type: horizontal test, vertical test, 45-degree tilt combustion test, 60-degree tilt combustion test. Meet the standard: Conform to the FAA. FAR. 25.853 the airline regulations -

1, Compliant with standards: A new type of testing equipment is developed based on the technical conditions specified in the national standard AC-25-01R2, Part 25 of the Civil Aviation Regulations of China, Appendix F, Flammability of Seat Cushions. This experiment is aimed at limiting the evaluation of the smoke generation performance of aircraft seat cushions on flame propagation and smoke release. 2, Applicable scope: Suitable for measuring the occurrence of fires in the

Product Overview This device is a performance testing equipment designed and developed in accordance with the new standard "Classification and Testing Method for Wind and Fragile Impact Resistance of Building Curtain Walls and Doors and Windows" modified by foreign standards such as ASTM E1886-2005 and ASTM E1996-2008. The detection object is limited to the building curtain wall, exterior doors and windows, and storm protection device specimens themselves, and does not

Scope of application: Suitable for fire resistance testing of building components and the fire resistance performance of load-bearing vertical partition components. Working voltage: AC 380V ± 10% 50NZ. Furnace body: The experimental furnace passage is composed of bricks, steel structure, and fire insulation materials. Sample size: 300mm wide × 300mm high (customizable). The dimensions inside the furnace are approximately: Vertical furnace: L3.2m×W2.2m×H4.0m Horizontal furnace

Compliant with standards: Compliant with GB8410, American standard FMVSS571.302, and DIN7520 "Combustion Characteristics of Automotive Interior Materials". Test method: Clamp the sample horizontally on a U-shaped bracket, ignite the free end of the sample with a specified height flame in the combustion chamber for 15 seconds, and determine whether the flame on the sample has extinguished, as well as the distance and time required for burning the sample at that distance. Scope