What is BS EN 772-1 - Compressive strength of masonry units about?

BS EN 772 is a European standard that discusses methods of test for masonry units. The main objective of the BS EN 772 series it to provide best industry methods to determine the quality and performance of construction products and materials such that they contribute to the structural integrity of your civil engineering works.

BS EN 772-1 is the first part of the BS EN 772 series that specifies a method for determining the compressive strength of masonry units.

Who is **BS EN 772-1 - Compressive strength of masonry units for**?

BS EN 772-1 on masonry units is relevant to:

Builders
Architects
Civil engineers
Contractors
Personnel engaged in masonry construction
Manufacturers of concrete and concrete products
Quality control personnel

Why should you use BS EN 772-1 - Compressive strength of masonry units?

The compressive strength of the assembled components, including masonry units, mortar, and grout if used, must meet or surpass the stipulated compressive strength of the masonry to provide a safe and effective building that can meet or exceed the intended service life determining anticipated service loads of the structure.

BS EN 772-1 specifies the materials and equipment required for testing masonry units.

BS EN 772-1 guides you through the preparation and conditioning of test specimens prior to testing, as well as the test technique for determining the compressive strength of masonry units.

Overall, BS EN 772-1 navigates you through the specifications of masonry units to determine the load-carrying capacity of units under compression with the help of a compression testing machine to check for its suitability for construction.

As a result, you can demonstrate the quality, performance and reliability of your products by complying with BS EN 772-1, thus achieving the required structural integrity for construction works.

BS EN 772-1:2011+A1:2015

Methods of test for masonry units - Determination of compressive strength

Current

Published:

31 May 2011