Stanley F952 Fire Block Spray Foam – (12x12oz) Fire Rated Expanding Polyurethane Foam Sealant for Gap Filling & Sealing on Doors, Windows, Walls, Pipes & Joints – Indoor/Outdoor Straw Use | 12 Pack

Overview

• Brand : STANLEY
• Specific Uses For Product : Carpentry, Countertop, Flooring, Masonry, Surgical, Wall Repair
• Material : Polyurethane
• Item Form : Spray
• Special Feature : Fire Rated, High Yield, Paintable, Water Resistant, UV Stable

About this item

• FIRE BLOCK SPRAY FOAM FOR ADVANCED SAFETY: Stanley Fire Block Foam delivers reliable flame resistance in concealed spaces, helping to slow the spread of fire and smoke between floors, walls, and framing structures.
• MULTI-APPLICATION FOAM INSULATION: Ideal for sealing around windows, doors, wall gaps, pipes, and electrical penetrations in both residential and commercial settings. Perfect for renovation and new construction alike.
• TEMPERATURE-OPTIMIZED PERFORMANCE: For best results, use the foam at an optimal canister temperature of 68°F. Can be applied in ambient temperatures ranging from 41°F to 86°F, ensuring flexibility in diverse job site conditions.
• HIGH YIELD & EFFICIENT APPLICATION: Expands efficiently to fill gaps up to 3", offering excellent coverage with minimal waste. Designed with a straw applicator for precise, user-friendly application. Complies with DIN 4102-1 B2 and UL 723 fire test standards (Flame Spread: 10, Smoke Developed: 15), providing confidence in code compliance and fire protection.
• PAINTABLE, WATER-RESISTANT & UV-STABLE: Once cured, the foam becomes rigid and durable—offering strong resistance against water and UV exposure. The paintable surface blends easily into surrounding finishes for a clean, professional appearance.
• Class-A Fire Rated for Enhanced Safety: STANLEY Fire Block offers superior fire resistance with a Class A fire rating, ensuring safer residential, commercial, and industrial applications. This UL-certified and ICC-approved product delivers enhanced protection and reliable performance across a wide range of environments.