TYPE 316 SELF-ADHERING STAINLESS STEEL FLASHING – BUILT FOR DEMANDING TRANSITIONS
YORK 316 SA is a best-in-class self-adhering through-wall flashing engineered for complex transitions in the building envelope. Made from a flexible sheet of 2 mil Type 316 stainless steel bonded to a premium butyl adhesive, this flashing delivers durability, superior adhesion, and long-term performance in the harshest environments. Completely compatible with adjacent materials, YORK 316 SA outperforms traditional peel-and-stick flashings in puncture resistance, watertight integrity, and longevity.
KEY PROPERTIES
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Butyl adhesive provides a watertight, long-lasting bond
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Flexible design cuts and forms easily by hand around transitions
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UV resistant for extended exposure during construction
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20-year warranty backed by industry-leading performance
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Fire resistant meets ASTM E84 Class A
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Mold resistant passes ASTM D3273
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Air barrier compliant passes ASTM E2178-13
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Excellent adhesion to OSB, exterior gypsum, plywood, concrete, metals, and air barrier systems
BENEFITS
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Designed for corrosive environments including coastal applications
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Bare stainless steel surface allows direct sealant adhesion
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No primer required for installation
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Tested performance meets AAMA 711-20
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Best-in-class puncture resistance for jobsite durability
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Sustainable choice made from 60% recycled stainless steel
COMPATIBLE WITH
USES
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Through-wall flashing
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Lap tape for through-wall flashing
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Curtain wall perimeter flashing
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Jamb closer flashing
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Roof-to-parapet flashing
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Repair tape for flashing, air barriers, and waterproofing
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Transition membrane for air barriers, roofing, and below-grade systems
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Window and door tape
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Window and door pan protection
DESCRIPTION
A flexible, self-adhering flashing made from a single sheet of Type 316 stainless steel paired with a high-performance butyl adhesive. Designed to solve the most complex transitions in the wall assembly, YORK 316 SA provides unmatched compatibility, corrosion resistance, and long-term reliability across commercial and coastal construction projects.
NOTE
RESOURCES