Joint-Tek is a dedicated online publication developed by Encore Building Products to provide accurate, accessible, and up-to-date information about seismic expansion joints and movement systems. Our focus is on sharing technical insights, field knowledge, and best practices to support industry professionals across architecture, engineering, and construction.
Explains thermal, seismic, wind, and live-load movement and how expansion joints accommodate them.
Best practices for locating joints and determining appropriate widths based on building movement types and materials.
Floor-specific solutions for pedestrian traffic, heavy vehicles, and combined-use surfaces.
Detailing considerations for plaza decks, roof joints, and below-grade assemblies.
Practical advice on integrating drainage, sealing, and durable surface compatibility for parking decks.
Clear advice for drafting Division 07 95 00 specs that lead to effective coordination and enforceable scope.
Proactive maintenance checklists and tips for identifying early signs of wear or failure.
Guidelines and product types to ensure accessibility and trip-resistance per ADA standards.
This white paper explores how material selection, system design, and proper detailing contribute to durability and safety in heavy traffic conditions
This white paper explores key design principles, code requirements, and practical challenges involved in specifying and installing fire-rated expansion joint systems.
This white paper explores specialized expansion joint solutions for healthcare and institutional settings, focusing on infection control, vibration mitigation, and rolling load support.
This article compares compression seals and cover plate systems to help specifiers and facility managers select the best solution for their application.
Compatibility with Architectural Finishes: Expansion Joint Systems that Preserve Aesthetics and Functionality
This white paper explores the key design considerations, system types, and compliance requirements for seismic expansion joint systems.
