ASTM D7309
Determines fundamental thermo-chemical data in seconds from 1–5 mg specimens and predicts fire properties of materials.
Standard Test Method for Determining Flammability Characteristics of Plastics and Other Solid Materials Using Microscale Combustion Calorimetry
The Micro Calorimeter was developed in co-operation with the Federal Aviation Administration (FAA). It determines fundamental thermo-chemical data in seconds and predicts fire properties of materials.
The technique enables parameters such as Specific Heat Release Rate (W/g), Heat of Combustion (J/g) and Ignition Temperature (°C) to be quickly determined from very small (1–5 mg) specimens. It is a low cost and accurate technique; typical repeatability is ±5%.
Micro Calorimeter data has been shown to correlate with fire test data (Cone Calorimeter, OSU), flammability results (LOI, UL 94) and combustion tests (Bomb Calorimeter) and is therefore seen as a powerful, low-cost tool to assess and predict flammability properties.
Sample dimensions, quantities, mounting, substrate and conditioning requirements for this test are confirmed with you before testing begins. Contact our technical team for the sample requirements for your product.
ISO 5660-1 · ASTM E1354
The most significant bench-scale instrument in fire testing — measures heat release, smoke production and mass loss under preset fire conditions.
UL 94
Measures flammability characteristics of plastic materials, determining 12 flame classifications for specific applications.
BS EN ISO 4589-2 · ASTM D2863
Measures the minimum percentage of oxygen in a test atmosphere required to marginally support combustion.
Send us a datasheet or a short description of your product and we will tell you exactly which tests apply, before any testing is booked.
