Building Membranes in Construction

This CPD session will provide architects with a thorough understanding of building membranes, their vital role in modern construction, and the significance of specifying high-performance products for optimal building envelope efficacy. The presentation will explore External Perimeter Class A Membrane (EPAM) and how they enhance product quality and building performance.

Learning Aims

• Membrane Overview: Learn about the different types of building membranes (e.g., air/vapour barriers, liquid membranes, self-adhesive membranes) and their functions in the building envelope.

• Performance Requirements: Understand the key performance requirements for building membranes, including air permeability, water vapour resistance, durability and resistance to UV radiation and chemicals.

• Building Regulations and Standards: Explore relevant UK building regulations and standards related to building membranes, including Approved Document B.

• External Perimeter Class A Membrane (EPAM): Gain a thorough understanding of EPAM, including its application, benefits, and how they contribute to improved product quality and consistency.

• Specification and Procurement: Learn best practices for specifying building membranes, including considering project-specific requirements, evaluating product performance data, and managing procurement processes.

• Case Studies: Explore real-world examples of successful and unsuccessful membrane applications to illustrate the importance of proper selection and installation.

By the end of our course, you will be gain:

• Enhanced understanding of building membrane technology and its critical role in building performance.

• Increased confidence in specifying high-performance membranes that meet project requirements and building regulations.

• Improved ability to evaluate product data and select appropriate membranes based on quality indicators.

• Reduced risk of building envelope failures and associated costs.

• Enhanced ability to contribute to sustainable and energy-efficient building design.