Fever exists in almost every aspect of everyday life. There is no moment of fire from smoking to cooking, from the use of industrial ovens to welding. Fire has become a basic requirement of modern life. The rapid industrialization of today requires more use of fire, but at the same rate, security measures are more on the agenda than ever before. An uncontrollable fire makes it extremely dangerous and destructive. Today, with a somewhat metaphorical approach, fever is defined as a living being that consumes both oxygen and matter for survival. Approximately one thousand years ago, 790 was the first people to use fever as controlled. Traces of this have been identified today.
When a flame starts in an environment containing flammable materials, it starts to produce heat, develops rapidly and produces more and more heat. This raises the ambient temperature and radiant heat and temperature ignite the materials in the environment. This point in time is called exacerbation. Flammability leads to a fully developed fire in a very short time.
When the flare starts, each polymer releases approximately 20 by weight of carbon monoxide and causes very toxic fumes. Approximately 90 of fire deaths is due to the large size of fires and the generation of too much toxic smoke.
There are many different definitions of a combustion event. What they all have in common, however, is that where a fuel combines with oxygen, a chemical reaction produces heat. A fire is a combination of heat, fuel and oxygen. These three components are the main components of the combustion event.
Flash point tests performed in advanced laboratories are based on standards and methods published by domestic and foreign organizations, in particular those published by the American Society for Testing and Materials (ASTM) and the International Standards Organization (ISO). These tests are applied to petroleum, chemicals, fuels, consumer goods and many other materials, especially textile products.
In general, flash point tests use Abel flash point tester, Pensky-Martens flash point tester, Cleveland flash point and flash point tester and similar devices.
For example, according to the ASTM D93-18 standard (the Pensky-Martens closed cup tester and flash point standard test methods standard), the flash point temperature is a measure of the tendency of the sample under test to form a flammable mixture with air under controlled laboratory conditions. Flash point is used to identify flammable materials in transport and safety regulations.
The results of this test method are elements of a risk assessment that takes into account all factors that apply to the assessment of the fire hazard of a particular product. This test method generally offers only closed cup flash point test procedures up to 370 degree temperature.
Our company also provides flash point testing services within the scope of other testing services. Thanks to these services, enterprises are able to produce more efficient, high performance and quality products in a safe, fast and uninterrupted manner. Other standards used in these tests are:
- TS EN ISO 2719 Flash point determination - Pensky martens closed cup method
- TS EN ISO 3679 Determination of flash and non-flash point - Fast equilibrium closed cup method
- TS EN ISO 13736 Flash point determination - Abel closed cup method
Flash point test services provided under other test services are only one of the services provided by our organization in this respect. Many other testing services are also available.