WebRIGID FOAM INSULATION Owens Corning ® FOAMULAR® & FOAMULAR® NGX™ 250 Extruded Polystyrene (XPS) insulations are closed-cell, moisture-resistant rigid foam boards well suited to meet the needs of a wide variety of building applications. 1 Both products are great for above-and below-grade residential and commercial applications, such as ... WebOwens Corning FOAMULAR NGX CodeBord XPS Rigid Foam Insulation Board; 1-1/2-inch x 24-inch x 96-inch R-7.5 SL Edge Model # 547665 SKU # 1001012456 (175) $49 67 / each Not Available for Delivery 0 at Check …
Insulation Board - Kingspan Group
WebOwens Corning® FOAMULAR® extruded polystyrene (XPS) insulation is a closed-cell, moisture-resistant rigid foam board with excellent long-term stable insulating performance and durability. FOAMULAR® XPS is the right insulation for a wide variety of exterior and interior applications for commercial and residential projects. Safety Data Sheets (SDS) WebI have some left over foam board insulation from a recent job. I wanted to see if it was flammable. I previously made a video showing cellulose insulation. H... bubba\u0027s motorcycle
FOAMULAR® & FOAMULAR® NGX™
WebQuick View. GreenGuard Drainage Channel Insulation Board. Closed-cell XPS board, min compressive strength of 40 or 60 psi & 5 R-value. Quick View. GreenGuard GG25-LG XPS Insulation Board. Low GWP formula XPS, min compressive strength of 25 psi & 5 R-value/inch. Quick View. GreenGuard GG40-LG XPS Insulation Board. WebFOAMULAR® 250 0.75 in x 4 ft x 8 ft R-3.75 Squared Edge Insulation Sheathing $24.27 As low as $22.91/board FOAMULAR® 250 1.5 in x 4 ft x 8 ft R-7.5 Squared Edge Insulation Sheathing As low as $38.19/board FOAMULAR® 250 1 in x 4 ft x 8 ft R-5 Squared Edge Insulation Sheathing As low as $25.45/board Add to Quote Details WebFOAMULAR® THERMAPINK® 3 in x 4 ft x 8 ft R-15 Squared Edge Insulation Sheathing. $91.40. As low as $85.65/board. FOAMULAR® THERMAPINK® insulation has long-term thermal resistance stability compared to polyisocyanurate foam products. It also provides efficiencies during installation such as “direct-to-steel deck” with no gypsum board ... explain what precedent is