Fire Testing Equipment

Introduction Fire resistance performance of material provide important information for evaluation samples and Assembly properties. This vertical fire resistance furnace is a quantitative method of material vertical position and ability to withstand high temperatures.This vertical furnaces can be used for evaluation of fire resistant products, such as walls, doors, air dampers, connections and infiltration sealing agent. Evaluation samples a number of features, including load

Introduction Fire resistance performance of material provide important information for evaluation samples and Assembly properties. This vertical fire resistance furnace is a quantitative method of material vertical position and ability to withstand high temperatures.This vertical furnaces can be used for evaluation of fire resistant products, such as walls, doors, air dampers, connections and infiltration sealing agent. Evaluation samples a number of features, including load

Introduction Fire resistance performance of material provide important information for evaluation samples and Assembly properties. This vertical fire resistance furnace is a quantitative method of material vertical position and ability to withstand high temperatures.This vertical furnaces can be used for evaluation of fire resistant products, such as walls, doors, air dampers, connections and infiltration sealing agent. Evaluation samples a number of features, including load

fire-resistant vertical test furnace Introduction Fire resistance performance of material provide important information for evaluation samples and Assembly properties. This vertical fire resistance furnace is a quantitative method of material vertical position and ability to withstand high temperatures.This vertical furnaces can be used for evaluation of fire resistant products, such as walls, doors, air dampers, connections and infiltration sealing agent. Evaluation samples

Steiner Tunnel Furnace Chamber Stucture 1. The Steiner Tunnel Test Furnace Chamber is made of stainless steel .The internal dimensions of the combustion chamber is 305mm x 451mm and long 7.6m with firebricks laying which has satisfactory insulation property. 2. All internal fixtures are stainless steel which is rust resistant and corrosion resistant. 3. A double-deck quartz glass observation window is used to observe the position of flame spreading. 4. The height of the

Steiner Tunnel Furnace Chamber Stucture 1. The Steiner Tunnel Test Furnace Chamber is made of stainless steel .The internal dimensions of the combustion chamber is 305mm x 451mm and long 7.6m with firebricks laying which has satisfactory insulation property. 2. All internal fixtures are stainless steel which is rust resistant and corrosion resistant. 3. A double-deck quartz glass observation window is used to observe the position of flame spreading. 4. The height of the

Steiner Tunnel Furnace Chamber Stucture 1. The Steiner Tunnel Test Furnace Chamber is made of stainless steel .The internal dimensions of the combustion chamber is 305mm x 451mm and long 7.6m with firebricks laying which has satisfactory insulation property. 2. All internal fixtures are stainless steel which is rust resistant and corrosion resistant. 3. A double-deck quartz glass observation window is used to observe the position of flame spreading. 4. The height of the

Steiner Tunnel Furnace Chamber Stucture 1. The Steiner Tunnel Test Furnace Chamber is made of stainless steel .The internal dimensions of the combustion chamber is 305mm x 451mm and long 7.6m with firebricks laying which has satisfactory insulation property. 2. All internal fixtures are stainless steel which is rust resistant and corrosion resistant. 3. A double-deck quartz glass observation window is used to observe the position of flame spreading. 4. The height of the

Fire Resistance Horizontal Test Furnace Equipment Introduction Fire resistance horizontal test furnace is an instrument for testing the fire resistance performance of a building structure, a column, a bracket, etc. Moreover, it can be used to quantify the high temperature performance of the product by testing the bearing capacity, fire suppression, heat transfer and other properties.Thefire resistance test furnace is designed to comply with the relevant parts of building

Steiner Tunnel Furnace Chamber Stucture 1.The Steiner Tunnel Test Furnace Chamber is made of stainless steel .The internal dimensions of the combustion chamber is 305mm x 451mm and long 7.6m with firebricks laying which has satisfactory insulation property. 2.All internal fixtures are stainless steel which is rust resistant and corrosion resistant. 3.A double-deck quartz glass observation window is used to observe the position of flame spreading. 4.The height of the Steiner

Steiner Tunnel Combustion Chamber Stucture 1. The Steiner Tunnel Combustion Chamber is made of stainless steel .The internal dimensions of the combustion chamber is 305mm x 451mm and long 7.6m with firebricks laying which has satisfactory insulation property. 2. All internal fixtures are stainless steel which is rust resistant and corrosion resistant. 3. A double-deck quartz glass observation window is used to observe the position of flame spreading. 4. The height of the

Fire Resistance Horizontal Tester Furnance Introduction Fire resistance horizontal test furnace is an instrument for testing the fire resistance performance of a building structure, a column, a bracket, etc. Moreover, it can be used to quantify the high temperature performance of the product by testing the bearing capacity, fire suppression, heat transfer and other properties.Thefire resistance test furnace is designed to comply with the relevant parts of building materials

Single Burning Item Test System EN13823 SBI.pdf Introduction The Single Burning Item (SBI) test is a method of test for determining the reaction to fire behavior of building products (excluding floorings) when exposed to the thermal attack by a single burning item (a sand-box burner supplied with propane). The specimen is mounted on a trolley that is positioned in a frame beneath an exhaust system. The reaction of the specimen to the burner is monitored instrumentally and

I. Product Introduction The test method of NBS smoke density test chamber is derived from the National Institute of Standards and Technology NIST (predecessor of NBS) in the United States, and has been promoted and applied in many testing fields.This test method can be used to detect the smoke density level of plastic products,non-metallic materials in rail transit, non-metallic materials in ships, wire and cable products, etc.According to this testing method, the generally

I .The Contact Heat Resistance Test Apparatus EN702&ISO 12127-1 The contact heat resistance test apparatus is developed in accordance with the EN 702 testing standard and also meets the requirements of the domestic standard AQ 6103-2007 (Protective gloves for welders - Contact heat resistance test). It displays parameters such as contact temperature, measurement start time, and threshold time. The testing principle involves placing the protective fabric in contact with a

I .UL94 Horizontal Vertical Burning Tester ISO 9772 IEC 60695 The UL94 Horizontal/Vertical Burning Tester is designed to fully comply with a wide range of testing standards, integrating multiple test methods into a single test chamber. It is designed to evaluate the flammability of materials used in equipment and appliance components according to UL standards, enabling the assessment of key end-use performance indicators such as flammability, burning rate, flame spread,

I. Non-Combustibility Test Furnace for Building Materials ISO 1182 The Non-combustibility Test Instrument is used for determining the non-combustibility performance of the building and railway material under a 750ºC furnace. During the Non-Combustibility Test, the test specimen (diameter 45mm and height 50mm) is inserted into a stabilized furnace at 750ºC, and the temperature of the furnace, surface & center of the specimen will be measured. Also, the flaming time and moss

I. RFP Comprehensive Radiant Panel Tester for Flooring Standards ISO 9239-1 ASTM E648 The Flooring Radiant Panel Tester is used to measure the critical radiant flux of floor coverings. Critical radiant flux refers to the incident heat per unit area. A higher incident heat value means the material requires more heat to ignite, indicating better stability and lower risk of ignition. This test apparatus is equipped with a thermal radiation source and a T-shaped burner. As the

I. Nbs Smoke Density Test Chamber by ISO5659-2 and ASTM E662 The test method of NBS Smoke Density Test Chamber is derived from the National Institute of Standards and Technology NIST (predecessor of NBS) in the United States, and has been promoted and applied in many testing fields.This test method can be used to detect the smoke density level of plastic products,non-metallic materials in rail transit, non-metallic materials in ships, wire and cable products, etc.According to

I. Single Flame Source Tester ISO 11925-2 & DIN 53438 This Single Flame Source Tester uses the German Kleinbrenner principle to determine the combustion properties of building materials under direct impact from a small vertical flame. It is applicable to building material categories of B, C, D, E, Bfl, Cfl, Dfl and Efl testing. The Single Flame Source Tester also meets DIN 4102-Part 1-Class B2 test requirements. This Building Material Ignitability Test Apparatus is suitable