SWD Urethane Discusess its New, Game-Changing Open-Cell Spray Polyurethane Foam
MESA, AZ – June 10, 2016 – Open-cell spray polyurethane foam is known for being a half-pound density insulating material that can provide optimal, seamless insulation and reduce air infiltration through a building envelope. Because of its low density and large cell structure, open-cell SPF imparts many advantages, including providing an air barrier, good R-value, but most importantly, high product yield.
Lower density equates to greater yield. This means that half-pound open-cell SPF typically provides four times more board feet than the denser two-pound closed-cell foam products. Up until now, 0.5 pound per cubic foot density has been the benchmark of highest yield spray foam products. However, companies, such as SWD Urethane, that work day in and day out to advance the goal of formulating a better type of foam do end up improving it. SWD Urethane has had a major breakthrough with their newly released Quik-Shield 108 open-cell SPF product.
RELATED Honeywell and Bayer Pearl Provide Spray Foam Insulation to Support Saudi Arabia’s Montreal Protocol Commitments , SWD Urethane's Quik-Shield 108 Open-Cell Spray Foam Insulation Now Available through Service Partners, QuadFoam NeXGen Becomes First Spray Foam Insulation System to Pass NFPA 285 with Next Generation HFO Blowing Agent Technology
To read the full article on Spray Foam Magazine, please click on the link below.
RELATED Honeywell and Bayer Pearl Provide Spray Foam Insulation to Support Saudi Arabia’s Montreal Protocol Commitments , SWD Urethane's Quik-Shield 108 Open-Cell Spray Foam Insulation Now Available through Service Partners, QuadFoam NeXGen Becomes First Spray Foam Insulation System to Pass NFPA 285 with Next Generation HFO Blowing Agent Technology
To read the full article on Spray Foam Magazine, please click on the link below.
Link to Article: Open-Cell Game Changer: A New Innovative Ultra-Low Density Open-Cell Spray Foam Technology Provides Increased Productivity at a Lower Cost
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