What is BS EN 1024 - Geometric characteristics of clay roofing tiles about?

BS EN 1024 is a European Standard for clay roofing tiles for discontinuous laying. The main aim of BS EN 1024 is to provide manufacturers with the best industry practices to demonstrate and improve overall construction material quality by making them stronger and more durable.

BS EN 1024 specifies the methods for determining the geometric characteristics of clay tiles as

defined in EN 1304, Clay roofing tiles and fittings - Product definitions and specifications.

Who is BS EN 1024 - Geometric characteristics of clay roofing tiles for?

BS EN 1024 on clay roofing tiles is useful for:

Companies offering roofing services
Terracotta building product manufacturers
Contractors
Civil engineers
Builders and architects

Why should you use BS EN 1024 - Geometric characteristics of clay roofing tiles?

Clay tile roofs have been used for hundreds of years, proving that they can withstand the test of time. Clay tiles are the number one choice for many residential and commercial structures because of their unique style, colour, and durability. However, the geometrical characteristics play a significant role in determining the performance of the clay tiles and whether they contribute higher energy savings.

In this context, BS EN 1024 addresses the dimensional features of clay roofing tiles in order to determine tile performance and measure camber height longitudinally and transversely for plain tiles.

Overall, BS EN 1024 defines the minimum requirements for a product which if satisfactory at the time of delivery can ensure that the product is able to perform its function in relation to the performance levels declared for it.

Thus, if you are a manufacturer of clay tiles, complying with BS EN 1024 can help demonstrate the performance and credibility of your products, thus determining whether or not they are fit for purpose.

BS EN 1024:2012

Clay roofing tiles for discontinuous laying. Determination of geometric characteristics

Current, Under Review

Published:

30 Jun 2012