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首页    International Standard    EN ISO 1182 Non-combustibility test

EN ISO 1182 Non-combustibility test

EN ISO 1182 Non-combustibility test
 
EN ISO 1182 Non-combustibility test method of building materials 
The standard is similar with GB/T 5464:1999


EN ISO 1182 Non-combustibility test--Scope 
This method of test for determining the non-combustibility performance, under specified conditions, of homogeneous building products and substantial components of non-homogeneous building products. The test is relevant for the classes A1、A2、Af1、Af2.


EN ISO 1182 Non-combustibility test--Test method 
The specimen is weighted and placed into a basket. A thermocouple is inserted into the centre of the specimen and connected to the logging equipment. In addition the specimen thermocouple, there is also a thermocouple placed inside of the furnace. The specimen is lowered into the furnace (which is set at 750°C) and remains in this position for the entire 20 minute test duration. During the test the temperatures from the two thermocouples are logged and observations relating to the duration of flaming are recorded.


EN ISO 1182 Non-combustibility test--Test specimen 
The test specimen shall be cylindrical and each shall have a volume of (76±8) cm3, a diameter of 45(+0/-2) mm and a height of (50±3) mm. eight specimens are required.


EN ISO 1182 Non-combustibility test--Expression of results 


1. Mass loss
Calculate and record the mass loss in % for each of the specimens, expressed as a percentage of the initial mass of the specimen.


2. Flaming
Calculate and record the total duration of sustained flaming, in s, for each of the specimens.


3. Temperature rise 
Calculate and record the temperature rise, △T=Tm-Tf, in ℃, for each of the specimens recorded by the thermocouple. The temperature rise, in ℃, shall be calculated from the temperatures recorded by the two thermocouples for each specimen as follow:

a) specimen centre thermocouple
  △Tc=Tc (max)-Tc (final)
b) specimen surface thermocouple
  △Ts=Ts (max)-Ts (final)


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