What is BS EN 12430 - Behaviour of thermal insulation products under point load about?
BS EN 12430 is a European Standard on thermal insulating products for building applications.
The main aim of the BS EN 12430 series is to provide manufacturers with best industry practices to demonstrate the performance of thermal insulation products, such that they are fit for its intended use.
BS EN 12430 specifies equipment and procedures for determining the behaviour of products under a force applied to a small area of a test specimen at a given speed.
BS EN 12430 is applicable to thermal insulating products.
BS EN 12430 can be used to determine whether the products have sufficient strength to withstand forces applied directly to them either during installation or during the application, mainly caused by pedestrian traffic.
Who is BS EN 12430 - Behaviour of thermal insulation products under point load for?
BS EN 12430 on thermal insulation products is relevant to:
- Thermal and sound insulating material manufacturers
- Contractors
- Civil engineers
- Building owners/management
- Specifiers and installers
Why should you use BS EN 12430 - Behaviour of thermal insulation products under point load?
The compressive force at the critical point and/or the force for a specific deformation is determined when a point load is applied with an indentor at a particular speed in an axial direction perpendicular to the major faces of a neatly cut square insulation test specimen.
In this regard, BS EN 12430 specifies the apparatus requirements to test thermal insulating specimens along with their number, dimensions and conditioning and test procedure.
Thus, if you are a manufacturer of thermal insulating products, complying with BS EN 12430 can help demonstrate the performance and credibility of your product, ensuring that they are fit for purpose.
Ultimately, assessing the behaviour of thermal insulation products under point load provides indications on whether your products are capable of adequate insulation and protection for the operational efficiency of the end-application. Moreover, the results of the tests can also assist manufacturers in making improved decisions on insulating materials, that can contribute to overall product enhancement.
