What is BS EN 13238:2013 ?

Title: What is BS EN 13238:2013 and BS EN 13139:2002?

Introduction:

Construction projects require a high level of quality and safety to ensure successful completion. To achieve this, various technical standards must be adhered to. In this article, we will discuss the two most important British Standards (BS) that are relevant to construction projects: BS EN 13238:2013 and BS EN 13139:2002.

BS EN 13031:2011 is a professional technical standard that provides guidelines and requirements for the performance of construction works. It is designed to establish a common set of rules and procedures for all parties involved in a project, including the client, designer, contractor, and subcontractors. The standard covers a wide range of topics, such as planning, design, materials, execution, inspection, testing, and maintenance.

BS EN 13139:2002 is a technical standard that provides guidelines and specifications for the production and application of mortar intended for masonry construction. The standard was developed by the British Standards Institution (BSI) in collaboration with other European committees and aims to ensure high-quality mortar that meets the necessary requirements for durability and performance.

BS EN 13238:2013 is a new standard that replaces BS EN 13031:200It is designed to provide updated guidelines and requirements for the entire construction industry, with the aim of ensuring that all building projects are executed to a high standard of safety, reliability, and sustainability.

Key Requirements of BS EN 13238:2013

BS EN 13238:2013 is divided into several parts, each of which covers a specific aspect of construction work. The main requirements of the standard are as follows:

Safety: The standard is designed to ensure the safety of all workers, users, and the public, through the use of minimum safety requirements and procedures.

Performance: The standard provides guidelines for the performance of construction works, including the use of appropriate materials and construction techniques.

Sustainability: The standard promotes sustainable construction practices, including the use of renewable energy sources, reducing waste, and promoting recycling.

Integration: The standard encourages the integration of technology and digital systems into construction work, to improve efficiency and safety.

Documentation: The standard requires that all relevant documentation be kept and easily accessible, including safety plans, incident reports, and testing results.

Key Requirements and Specifications of BS EN 13139:2002

BS EN 13139:2002 is a technical standard for the production and application of mortar intended for masonry construction. The standard provides guidelines and specifications for the production and application of high-quality mortar that meets the necessary requirements for durability and performance.

The primary purpose of BS EN 13139:2002 is to establish uniform testing methods and performance criteria for mortar used in masonry construction. The standard defines key requirements and specifications for the production and application of mortar, including the following:

Composition: The standard specifies the ingredients and additives that should be used in the production of mortar, including the ratio of cement, sand, and water.

Consistency: The standard sets out the consistency requirements for mortar, including the degree of fineness and the level of aggregation.

Workability: The standard defines the workability requirements for mortar, including the degree of consistency, the level of compaction, and the ability to mix and pour.

Adhesive strength: The standard specifies the adhesive strength requirements for mortar, including the minimum strength and the maximum spreading resistance.

Durability: The standard sets out the durability requirements for mortar, including the minimum weathering resistance and the minimum aging strength.

Conclusion

BS EN 13238:2013 and BS EN 13139:2002 are important standards that provide guidelines and requirements for the construction industry. They are designed to ensure the safety, reliability, and sustainability of construction projects. By adhering to these standards, manufacturers can ensure that their products meet the necessary requirements and are safe for use in various building applications.