Fire Testing Equipment
Building Materials and Products Combustion Calorific Value Tester，It Complies With The Test Standards Of GB/T14402-2007 And ISO1716-2002.
I. Scope of ApplicationThe calorific value tester for building materials, also known as a calorimeter, is used to determine the calorific value of building materials by means of an oxygen‑bomb calorimeter with constant heat capacity, including total combustion calorific value and net calorific value. II. Execution Standards It complies with the test standards of GB/T14402‑2007 "Combustion Performance of Building Materials and Products ‑ Determination of Combustion Calorific
Thermal Insulation Material Maximum Service Temperature Test Device Compliance With Standards: In Compliance With The Relevant Standards Of GB/T17430-2015
. Scope of Application: It is applicable to the assessment of the maximum service temperature of thermal insulation products such as loosely filled thermal insulation materials, felts, blankets, blocks, boards and prefabricated thermal insulation pipe shells. 2. Compliance with standards: In compliance with the relevant standards of GB/T17430-2015 "Evaluation Method for the Maximum Service Temperature of Thermal Insulation Materials", non-equivalent: ASTM C411-82 "Test Method
Soft Furniture Spring Soft Mattress and Sofa Anti ignition Characteristics Testing Machine
Overview This equipment uses smoldering ignition sources and simulated match flames as ignition sources to conduct anti‑ignition tests on soft furniture. It simulates the anti‑ignition performance of soft furniture when it is impacted by match‑flame and smoldering‑butt‑flame during actual use, thereby determining the anti‑ignition performance of soft furniture. The test chamber is treated with heat insulation. The outer layer is made of stainless steel, and heat‑insulation
Mattress Sofa Soft Furniture Testing Equipment Anti Ignition Characteristics Testing Machine
Soft Furniture Spring Soft Mattress and Sofa Anti Ignition Characteristics Testing Machine Overview: This device uses smoldering cigarettes and simulated match flames as ignition sources to conduct anti ignition tests on soft furniture, simulating the anti ignition performance of soft furniture under the impact of match flames in order to determine the anti ignition performance of soft furniture. The test box adopts insulation treatment, with stainless steel as the outer
Building Materials And Products Combustion Calorific Value Tester For Determining The Calorific Value Of Building Materials
Scope of application Test for determining the calorific value of building materials. Including total combustion calorific value and net calorific value. It is applicable in oxygen bomb calorimeters with constant heat capacity Execution standard It complies with the test standards of GB/T14402-2007 "Combustion Performance of Building Materials and Products - Determination of Combustion calorific Value" and ISO1716-2002 "Fire Reaction Test of Building Products - Determination
Thermal Insulation Material Maximum Service Temperature Tester Compliance With Standards: In Compliance With The Relevant Standards Of GB/T17430-1998
Scope of application: It is applicable to the assessment of the maximum service temperature of thermal insulation products such as loosely filled thermal insulation materials, felts, blankets, blocks, boards and prefabricated thermal insulation pipe shells. 2. Compliance with standards: In compliance with the relevant standards of GB/T17430-1998 "Evaluation Method for the Maximum Service Temperature of Thermal Insulation Materials", non-equivalent: ASTM C411-82 "Test Method
DC voltage breakdown strength testing equipment
DC voltage breakdown strength testing equipment Software functions: 01. Software platform: WINDOWS window operation platform, intuitive interface, easy to operate 02. Curve display: During the experiment, the test curve can be dynamically displayed 03. Data export: The experimental results can be imported into an EXCEL spreadsheet 04. Experimental report: The report name can be manually set and the experimental report can be printed 05. Test method: Flexible selection of DC
GB/T 1408-2006 Test Method for Electrical Strength of Insulation Materials
GB/T 1408-2006 Test Method for Electrical Strength of Insulation Materials meet the standard : GB/T 1408-2006 Test Method for Electrical Strength of Insulation Materials GB/T3333 Test Method for Power Frequency Voltage Breakdown of Cable Paper HG/T 3330 Determination of breakdown strength of insulation paint film GB/T 12656 Test Method for Power Frequency Voltage Breakdown of Capacitor Paper GB/T1695-2005 Vulcanized Rubber - Test for Power Frequency Voltage Breakdown Strength
HG/T 3330 Determination of breakdown strength of insulation paint film
HG/T 3330 Determination of breakdown strength of insulation paint film meet the standard : GB/T 1408-2006 Test Method for Electrical Strength of Insulation Materials GB/T3333 Test Method for Power Frequency Voltage Breakdown of Cable Paper HG/T 3330 Determination of breakdown strength of insulation paint film GB/T 12656 Test Method for Power Frequency Voltage Breakdown of Capacitor Paper GB/T1695-2005 Vulcanized Rubber - Test for Power Frequency Voltage Breakdown Strength and
Electrical strength voltage breakdown tester
Electrical strength voltage breakdown tester Scope of application and functions: Voltage breakdown tester - mainly suitable for testing the breakdown strength and voltage resistance of solid insulation materials (such as plastics, rubber, laminates, films, resins, mica, ceramics, glass, insulation paints, and other insulation materials and components) under power frequency voltage or DC voltage. Software functions: 01. Software platform: WINDOWS window operation platform,
Breakdown voltage testing machine
Breakdown voltage testing machine 1, Scope of application and functions Voltage breakdown tester - mainly suitable for testing the breakdown strength and voltage resistance of solid insulation materials (such as plastics, rubber, laminates, films, resins, mica, ceramics, glass, insulation paints, and other insulation materials and components) under power frequency voltage or DC voltage. 2, System composition: Control module: This instrument is controlled by computer upper
Automotive Interior Material Combustion Testing Machine Compliance With Standards: Complies With GB8410, American Standard FMVSS571.302, And DIN7520
Compliance with standards: Complies with GB8410, American standard FMVSS571.302, and DIN7520 "Combustion Characteristics of Automotive Interior Materials". Test method: Place the sample horizontally on a U-shaped bracket. In a combustion chamber, ignite the free end of the sample with a flame of specified height for 15 seconds. Then, determine whether the flame on the sample has gone out, as well as the distance the sample has burned and the time it takes to burn that
Fireproof Building Materials Flammability Testing Machine Complies With GB/T8626-2007 "Test Method For Flammability Of Building Materials
Execution standard: Complies with GB/T8626-2007 "Test Method for Flammability of Building Materials" GB/T10801.2-2002 "Extruded Polystyrene Foam (XPS) for Thermal Insulation" Scope of application: Mainly applicable to the test method for determining whether building materials have flammability under specified conditions. Technical parameters The dimensions inside the combustion box are: width 700× depth 400× height 810mm 2. Material: Mirror-finish stainless steel 3. The
Radiant Panel Flame Spread Tester Reference Standard ASTM E 162 - Standard Test Method For Flammability Of Material Surfaces Using Radiant Heat Energy • ASTM D 3675
Product Introduction The radiation plate flame spread tester uses a gas thermal radiation plate to test the flammability of building surface materials (ASTM E162) and foam plastics (ASTM D3675). The flame spread index (IS) is determined by factors such as flame spread and heat dissipation. It is regarded as an essential parameter in many industry norms, especially for public transportation (trains and buses). Data collection and analysis are all automatically completed by the
Building Materials Flame Retardancy Testing Machine Compliance With Standards: Complies With The Test Standards Of GB8625 And DIN4102
Compliance with standards: Complies with the test standards of GB8625 and DIN4102 "Test Method for Flame Retardancy of Building Materials". Scope of application: It is mainly applicable to determining whether building materials are flame-retardant under specified conditions. Any material that has passed the combustion shaft furnace test and the flammability test of building materials can be classified as flame-retardant building materials. Technical parameters Combustion
Fireproof Coating Combustion Testing Machine Compliance With Standards: Complies With The Test Standard Requirements Of GB/T 12441-2005(Appendix A)
Scope of application: This test method for assessing the flame resistance characteristics of decorative fireproof coatings applied to the surface of combustible substrates under specified conditions is also applicable to the determination of the flame resistance time of decorative fireproof coatings Compliance with standards: Complies with the test standard requirements of GB/T 12441-2005(Appendix A). Main parameters Test station: 1 station Temperature uniformity: ±2.5℃
Building Component Fire Resistance Testing Machine It Is Applicable To Fire Resistance Tests Of Building Components And The Fire Resistance Performance Of Load-Bearing Vertical Partition Components
Scope of application: It is applicable to fire resistance tests of building components and the fire resistance performance of load-bearing vertical partition components. Working voltage: AC 380V±10% 50NZ. The furnace body: The test furnace passage is composed of bricks, steel structures and fireproof and heat-insulating materials. Sample size: 300mm wide × 300mm high (customizable). The dimensions inside the furnace are approximately: Vertical furnace: L3.2m×W2.2m×H4.0m
Voltage breakdown tester
Voltage breakdown tester 1, Scope of application and functions Voltage breakdown tester - mainly suitable for testing the breakdown strength and voltage resistance of solid insulation materials (such as plastics, rubber, laminates, films, resins, mica, ceramics, glass, insulation paints, and other insulation materials and components) under power frequency voltage or DC voltage. 2, System composition: Control module: This instrument is controlled by computer upper computer
Breakdown voltage testing equipment
Breakdown voltage testing equipment Scope of application and functions: Voltage breakdown tester - mainly suitable for testing the breakdown strength and voltage resistance of solid insulation materials (such as plastics, rubber, laminates, films, resins, mica, ceramics, glass, insulation paints, and other insulation materials and components) under power frequency voltage or DC voltage. System composition: Control module: This instrument is controlled by computer upper
GB/T1695-2005 Vulcanized Rubber - Test for Power Frequency Voltage Breakdown Strength and Voltage Endurance Strength
GB/T1695-2005 Vulcanized Rubber - Test for Power Frequency Voltage Breakdown Strength and Voltage Endurance Strength meet the standard : GB/T 1408-2006 Test Method for Electrical Strength of Insulation Materials GB/T3333 Test Method for Power Frequency Voltage Breakdown of Cable Paper HG/T 3330 Determination of breakdown strength of insulation paint film GB/T 12656 Test Method for Power Frequency Voltage Breakdown of Capacitor Paper GB/T1695-2005 Vulcanized Rubber - Test for