Mighty-Flash™ Stainless Steel Composite Flashing
Short Description
Mighty-Flash™ Stainless Steel Composite Flashing from Hohmann & Barnard is a high-performance, flexible, and durable flashing solution designed for superior moisture control in masonry construction. Featuring a stainless steel core with laminated polymer layers, it provides exceptional water resistance, UV stability, and puncture protection. Ideal for brick, stone, and concrete walls, Mighty-Flash™ ensures long-lasting structural integrity.
Mighty-Flash™ Stainless Steel Composite Flashing by Hohmann & Barnard is an advanced flashing system engineered for superior durability, moisture resistance, and ease of installation. Designed with a stainless steel core and high-performance polymer layers, this composite flashing offers exceptional flexibility, puncture resistance, and UV stability, making it the ideal choice for masonry and building envelope applications.
Mighty-Flash™ is corrosion-resistant, tear-proof, and waterproof, ensuring long-term protection against water infiltration, mold growth, and structural deterioration. Its flexible, easy-to-handle design allows for seamless application in brick, stone, and concrete masonry walls.
Key Features & Benefits:
- Stainless Steel Core for Maximum Strength – Provides puncture resistance and corrosion protection
- Superior Moisture & Water Resistance – Effectively blocks water infiltration to prevent damage
- Flexible & Easy to Install – Conforms to corners, penetrations, and complex masonry detai
- UV & Chemical Resistant – Withstands harsh environmental conditions for long-term durability
- Compatible with Various Backup Walls – Works with CMU, concrete, wood, and steel structures
- Environmentally Friendly & Sustainable – Free from asphalt and harmful VOCs
Applications:
- Commercial & Residential Masonry Construction – Perfect for brick, stone, and concrete veneer walls
- Multi-Backup Compatibility – Adheres to CMU, concrete, wood, and steel structures
- Weatherproof & Durable – Protects against moisture damage, UV exposure, and extreme weather conditions
