Metal Ridge Flashing: Types and Installation Guide

While ridge cap flashing is nailed to a roof's structure, Weathercap® is installed differently. It is designed to be interposed within a sealant-filled masonry joint. The soft lead cap is pressed into the sealant, where it adheres and provides a protective cover that flexes with building movement, prolonging the life of the seal.

Metal flashing on a roof directs water away from vulnerable areas. Weathercap® achieves a similar goal on vertical and horizontal masonry surfaces. By covering the sealant, it prevents water penetration, resists corrosion, and protects the joint from environmental stress, ensuring the long-term integrity of the building's exterior envelope.

Flashing a roof to a wall requires specific techniques to prevent leaks. Similarly, protecting where masonry elements meet a wall requires robust joint protection. Our Type B (90° Cove Cap) is designed for these right-angle junctions, providing a continuous, flexible seal that covers the sealant and accommodates structural movement.

Sealing a roof ridge involves closures and sealants under a cap. For masonry, achieving a permanent seal is also critical. Weathercap® acts as an adjunct to caulk or sealant, reducing the joint opening by half and protecting the sealant from UV degradation and weathering. This creates a more durable, long-lasting barrier against moisture.

Yes, flashing is absolutely essential for a metal roof's integrity. By the same token, masonry joints require robust protection beyond just sealant. Weathercap® provides this critical layer of defense, physically shielding the sealant from the elements to prevent premature failure, reduce maintenance, and protect the structure.

On a roof, cap flashing (or a ridge cap) covers the peak. In masonry, Weathercap® acts as a protective cap for the joint sealant. Available in flat (Type A) and 90-degree cove (Type B) configurations, it is a soft lead strip that covers the sealant to prevent leaks and damage from building movement and weather exposure.