NGP 9200C 60" Gap Solution for Excessive Fire Door and Frame Clearances - Up to 45 Minutes is a UL Certified accessory designed to address excessive clearances of up to 3/8" on 20 and 45-minute rated UL10B and UL10C wood or hollow metal fire doors. This innovative solution requires the use of an NGP Strike Shim 9275 or 9225 to ensure proper latchbolt engagement. Crafted from specialized intumescent materials, the 9200C expands at 275ºF, increasing up to 20 times its original thickness to effectively seal gaps around doors during a fire. The modified acrylic pressure-sensitive adhesive guarantees high initial adhesion and long-term holding power, making it suitable for both interior and exterior applications. With a temperature range of -30°F to 250°F, this solution is resistant to aging, weathering, UV radiation, water, detergent, alcohol, and various chemicals, ensuring durability in diverse environments. It is sold by the foot, with a minimum order of 3 feet and available up to a 490-foot reel, providing flexibility for any project. Choose the charcoal option for a sleek, professional finish that meets stringent fire safety standards.
60" Gap Solution for Excessive Fire Door and Frame Clearances - Up to 45 Minutes
Color: Charcoal
Fire Rated: NGP Intumescent Materials are Formulated to Expand at 275ºF up to 20 Times Their Original Thickness; Completely Sealing the Gap Around and Between Doors During a Fire
Length: 60.0"
Resistance: Resistant to Aging, Weathering, UV Radiation, Water, Detergent, Alcohol and the Influence of Chemicals
Standard-0: CERTIFIED by UL to ANSI/UL10B, complies with NFPA 80 and NFPA 252 for application to Hollow Metal and Wood fire doors rated up to 45 minute with excessive door and frame clearances, measuring up to 3/8".
Standard-1: CERTIFIED by UL to ANSI/UL10B, complies with NFPA 80 and NFPA 252 for application to Hollow Metal and Wood fire doors rated up to 45 minute with excessive door and frame clearances, measuring up to 3/8".
Temperature Range: End Use Temperature Range of Adhesive, Long-Term Exposure -30°F up to 250°F