Nuco Self-Seal SL-100 Self-Leveling Firestop (Limestone)
Self-Seal® SL-100 is a single-component, low modulus, self-levelling silicone firestop sealant designed for floor applications. It forms a pressure-tight seal resistant to water, smoke and toxic gases; see Self-Seal® UL and cUL firestop systems for W (Water tightness) and L (Air Leakage) Ratings. The sealant is also resistant to cracking, ultraviolet radiation and ozone.
- Self-levelling silicone
- Self-Seal SL-100 has achieved GREENGUARD GOLD Certification
- Water-resistant before, during, and after cure
- Freeze-thaw stable
- Protects your floor openings
- Tested at positive pressure to simulate the pressure differentials that can occur in a fire situation
Self-Seal® SL-100 is a single-component, low modulus, self-levelling silicone firestop sealant designed for floor applications. It forms a pressure-tight seal resistant to water, smoke and toxic gases; see Self-Seal® UL and cUL firestop systems for W (Water tightness) and L (Air Leakage) Ratings. The sealant is also resistant to cracking, ultraviolet radiation and ozone.
- Self-levelling silicone
- Self-Seal SL-100 has achieved GREENGUARD GOLD Certification
- Water-resistant before, during, and after cure
- Freeze-thaw stable
- Protects your floor openings
- Tested at positive pressure to simulate the pressure differentials that can occur in a fire situation
Original: $11.69
-65%$11.69
$4.09Description
Self-Seal® SL-100 is a single-component, low modulus, self-levelling silicone firestop sealant designed for floor applications. It forms a pressure-tight seal resistant to water, smoke and toxic gases; see Self-Seal® UL and cUL firestop systems for W (Water tightness) and L (Air Leakage) Ratings. The sealant is also resistant to cracking, ultraviolet radiation and ozone.
- Self-levelling silicone
- Self-Seal SL-100 has achieved GREENGUARD GOLD Certification
- Water-resistant before, during, and after cure
- Freeze-thaw stable
- Protects your floor openings
- Tested at positive pressure to simulate the pressure differentials that can occur in a fire situation
