Other manufacturers with similar products
Soprema
290 EPDs
Armacell
41 EPDs
EPD: Polystyrene rigid insulation foam, 2438 mm x 610 mm, 28.8 mm, 0.806 kg/m2, 31.56 kg/m3, FOAMULAR® NGX® - 150, 250, 350, 400/600/100, 404/604, 404RB/604RB, LT30/LT40, CW25, THERMAPINK® 25, INSUL-DRAIN, Fanfold, AgTek, PINKCORE, EDGELOCK®, C-200, C-300, CodeBord, Insulating Sheathing, Half-inch (Owens Corning)
FOAMULAR® NGX® XPS Insulation is a comprehensive line of extruded polystyrene rigid foam products that are easy to use, resist water absorption, deliver high compressive strength, and maintain a high R-value throughout the life of the building.* It has third-party certified recycled content - certified by SCS Global Services - and, in addition is GREENGUARD Gold certified, offers the industry’s only lifetime limited warranty.* FOAMULAR® NGX® XPS Insulation is made with Owens Corning’s patented Hydrovac® process technology under strict quality control measures, which makes it highly resistant to moisture and permits the product to retain its high R-value year after year even after prolonged exposure to moisture and freeze/thaw cycling. Another primary difference with FOAMULAR® NGX® XPS Insulation products is its compressive strength. FOAMULAR® NGX® XPS Insulation has compressive strengths of 15, 20, 25, 30, 35, 40, 60 and 100 psi. The variety of products provides different strengths for use in walls, where there is almost no compressive load, or intermediate strength product for use with modest loads such as around foundations, or in low slope roofs. It also is suitable for use under high load pavement, such as floor slabs or plaza decks. FOAMULAR® NGX® contains the additional benefit of being manufactured with a blowing agent formulation that delivers a 90% reduction to Global Warming Potential (100 year) compared to FOAMULAR® blowing agent, including the complete elimination of HFC 134a. The following product names reflect differences in final product dimensions, application, and compressive strength only. All FOAMULAR® NGX® XPS Insulation products included in this study are made using consistent batch and blowing agent chemistry and manufacturing processes, making it appropriate to group them within a single EPD.