BS EN 13880-7:2019

Comprehensive Standard for Hot-Applied Joint Sealants

BS EN 13880-7:2019 is the essential standard for hot-applied joint sealants used in civil engineering applications. This British Standard provides detailed technical specifications, test methods, and compliance requirements to ensure the quality, performance, and durability of joint sealants for construction projects.

Ensure Compliance and Quality

Adhering to the BS EN 13880-7:2019 standard is crucial for civil engineering professionals to:

• Specify the right hot-applied joint sealants for the application
• Verify that sealants meet stringent quality and performance criteria
• Comply with building regulations and industry best practices
• Deliver long-lasting, reliable joint sealing solutions

Comprehensive Technical Specifications

This standard covers a wide range of technical requirements and test methods for hot-applied joint sealants, including:

• Material Composition: Detailed specifications for the chemical and physical properties of sealant materials
• Application Characteristics: Guidelines for application temperature, flow, and self-leveling properties
• Adhesion and Cohesion: Test methods to ensure strong, durable bond to substrates and internal cohesion
• Resistance to Ageing: Evaluation of sealant performance after exposure to weathering, UV, and other environmental factors
• Safety and Environmental Impact: Requirements for low VOC emissions and compliance with relevant regulations

Ensure Long-Lasting, Durable Joints

By specifying and using hot-applied joint sealants that comply with BS EN 13880-7:2019, civil engineering professionals can:

• Prevent water ingress, weathering, and other environmental damage to joints
• Maintain the structural integrity and aesthetic appeal of construction projects
• Reduce the need for frequent joint maintenance and replacement
• Minimize the risk of costly failures and disruptions

Ultimately, the BS EN 13880-7:2019 standard helps ensure that hot-applied joint sealants deliver reliable, long-lasting performance in a wide range of civil engineering applications, from roads and bridges to buildings and infrastructure.