DELASTIC® PREFORMED COMPRESSION SEALS
To withstand the demanding requirements of bridge/highway installations, all Delastic® Preformed Compression Seals are extruded from neoprene (polycholoroprene) compounds which satisfy the ASTM standard specification D3542 for Preformed Polychloroprene Elastic Joint Seals for Bridges.

J & JP SERIES SEALING SYSTEMS
The J & JP Series Sealing Systems include an extruded elastomeric profile and a high-strength, two-part epoxy based structural adhesive. The product, when inserted into an expansion joint in a substrate, will seal the opening from the intrusion of water and debris.

DELASTIC-LS® POURABLE BRIDGE SEAL
Delastic-LS® Pourable Bridge Seal is a two-component, self-leveling, fast curing, urethane sealant for use in engineered joints. Typical applications include: control joint and expansion joint systems for bridges, highways, parking structures, stadiums, plazas, water and sewage treatment facilities and other types of concrete construction.

STEELFLEX® STRIP SEAL EXPANSION JOINT SYSTEM
For decades, cast-in-place Steelflex® Strip Seal Expansion Joint Systems have provided superior watertight performance and longevity over bolt-down, segmental and pourable expansion joint systems. Because of this proven performance, Steelflex® Strip Seal Expansion Joint Systems have become the overwhelming choice of owners and specifying engineers around the world for accommodating up to five inches(127mm) of total structural movement.

DELCRETE® ELASTOMERIC CONCRETE/STRIP SEAL EXPANSION JOINT SYSTEM
Since its introduction in 1983, the Delcrete® Elastomeric Concrete/Strip Seal Expansion Joint System has been utilized on hundreds of bridges worldwide as an alternative to more labor intensive, cast-in-place expansion joint rehabilitation solutions.

STEELFLEX® MODULAR EXPANSION JOINT SYSTEMS
D.S. Brown Steelflex® Modular Expansion Joint Systems have gained overwhelming worldwide acceptance for accommodating and sealing large joint movements on bridge structures. By incorporating the results of recent research activities, each joint system is designed to provide watertight, fatigue resistant, long-term, maintenance-free performance.