Flammability Testing Equipment

GW601 Glow Wire Tester for IEC 60695-2-11. Safety Features & Protection. CE & ISO 9001 certified. Factory direct supply with 12-month warranty.

GW602 Glow Wire Tester for IEC 60695-2-11. Customization & OEM Service. CE & ISO 9001 certified. Factory direct supply with 12-month warranty.

TF602 Textile Flammability Tester for GB/T 5455. Customization & OEM Service. CE & ISO 9001 certified. Factory direct supply with 12-month warranty.

Applicable scope: The combustion heat value tester for building materials is mainly suitable for testing the combustion heat value of building materials in a constant heat capacity oxygen bomb calorimeter. Including total combustion heat value and net heat value. The role of EN ISO 1716:2018 test in the European Classification System EN ISO 1716:2018 Reaction to fire tests for products - Determination of the gross heat of combustion (calorific value) Reaction to fire test of

Overview: This equipment uses a small-scale flame (gas blowtorch/alcohol blowtorch) test method to evaluate the reaction of conveyor belts in fire, and is suitable for evaluating the combustion performance of textile core conveyor belts and steel wire core conveyor belts. The ability to resist propagation combustion in the case of flame combustion, and the vertical combustion behavior of the specimen is evaluated by measuring the afterflame, the combustion range, and the

The needle flame tester is suitable for testing the flame retardant performance of electronic components, electrical devices, mechanical parts, injection molded parts and other electrical products. This machine simulates the small flame generated inside the product under fault conditions, and uses simulation technology to evaluate the fire hazard. The needle flame tester is composed of three parts: the needle flame burner, the workroom and the temperature measuring device.

Standard Introduction ISO 4589-2 (JIS K 7201-2) specifies the test for the minimum volume fraction of oxygen (oxygen index OI) in a mixture of oxygen and nitrogen with flame combustion of materials at room temperature. The oxygen index is a method for evaluating the flammability of organic materials. The higher the oxygen index, the higher the flame retardancy of the material. Scope of application I is applicable to measuring the flammability of materials such as rubber and

The role of EN ISO 11925-2:2020 test in the European Classification System EN ISO 11925-2:2020 Ignitability of products subjected to direct impingement of flame - test for flammability of building materials - part II: test for single fire source. The required results are E-B grade (combined with the test results of EN 13823) and Efl - Bfl grade (combined with the test results of EN ISO 9239-1). Testing principle This test determines the flammability of the sample in the

Testing principle Place the sample in a 30-kw diffusion flame. The combustion gas is collected by the exhaust hood for analysis. Through gas analysis, the heat release rate of the sample can be calculated based on the depletion of oxygen. The generation of smoke is evaluated by measuring the attenuation of the light beam caused by smoke in the exhaust pipe. Observe the combustion behavior of the sample to understand the spread of the flame and the appearance of combustion

Main parameters Figra 0.2MJ - Combustion Growth Rate Index. The maximum value of the ratio of the heat release rate of the sample to the exposure time after the critical value of THR reaches 0.2 MJ. 2. Figra 0.4MJ - Combustion Growth Rate Index. The maximum value of the ratio of the heat release rate of the sample to the exposure time after the THR critical value reaches 0.4 MJ. 3. THR600S - The total heat release of the sample within the first 600 seconds after being exposed

Main parameters Critical radiant flux CHF (kW/㎡) : The lowest value of either the radiant flux (CHF) at the point where the flame is extinguished or the radiant flux (HF-30) at the farthest position where the flame propagates within 30 minutes (i.e., the radiant flux at the farthest distance the flame propagates within 30 minutes). 2. The radiation flux corresponding to the farthest distance of flame propagation on the specimen at the beginning of the HF-X (kW/㎡) test for X

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 - transport airplanes - cabin internal implementation of standard and reference CCAR 25

Introduction: The performance requirements of this testing machine include fire resistance test, water spray fire resistance test, and mechanical fire resistance test. It is suitable for mineral insulated cables with a rated voltage not exceeding 450/750V, and can maintain circuit integrity for a long time under flame conditions. Compliant with standards: Complies with the test standard requirements of the British Fire resistant Cable Standard BS6387 "Specification for

Scope of application It is mainly applicable to the inspection of the combustion quality loss rate and flame burning time of interior decoration wood boards and wood products (d≤20mm) that have undergone flame-retardant impregnation treatment under specified combustion conditions. Compliant with standards It was developed in accordance with the technical parameters stipulated in GA/T42.2-92. Main parameters Ambient temperature: -5℃ to 30℃ Environmental humidity: ≤70% Working

Scope of application It is applicable to the inspection of the combustion quality loss rate and flame burning time of various actual used woods in production and engineering with a thickness of more than 20mm after flame-retardant impregnation treatment under specified combustion conditions. This machine is equipped with automatic ignition, automatic timing and automatic reset functions. The burner is composed of a 50mm diameter nozzle, a regulating valve and a switch valve

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 the specimen burning and the time taken to burn the

Testing Machine Standard: GB 1094.11-2007. Power dry-type transformer combustion performance testing device combustion testing machine 1, Purpose: Used for measuring the combustion performance test of dry-type transformers in accordance with GB 1094.11-2007 "Dry type Transformers" for Class F1 dry-type transformers. 2, Functional requirements: The function meets the requirements of the 28.3 F1 level dry-type transformer combustion performance test in GB 1094.11-2007 "Power

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 - transport

Overview In order to meet the requirements of production processes and energy conservation and emission reduction, improve working conditions, enhance economic benefits, and ensure the quality of thermal insulation engineering design, pump equipment is designed in accordance with the GB 50264-2013 standard. This equipment is suitable for measuring the heat loss of thermal insulation materials on the outer surface of industrial equipment and pipelines with temperatures ranging

Applicable scope: Suitable for testing flooring materials placed horizontally with small flames ignited under specified conditions and exposed to inclined thermal radiation fields. Suitable for various paving materials. For example, textiles, carpets, cork boards, wooden boards, rubber boards, plastic flooring, and floor spray materials. This device can reflect the combustion performance of the flooring material, including the substrate used. Changes in the backing material,