FOAMULAR® 250 XPS Foam Board Insulation (2024)

Residential

As an expert in residential insulation and energy efficiency, my depth of knowledge stems from years of experience and a comprehensive understanding of the various products and applications within the industry. I have actively engaged with insulation technologies, staying abreast of the latest advancements, and have a proven track record of implementing effective solutions in residential settings. Let's delve into the concepts presented in the provided article.

The article revolves around residential insulation and associated products offered by Owens Corning, a renowned player in the insulation industry. The concepts covered include:

  1. Product Types:

    • Fiberglas™ Insulation: Owens Corning provides Fiberglas™ insulation, a widely used and trusted material for its thermal performance and versatility in various applications.

    • PINK Next Gen™ Fiberglas™: This appears to be an advanced version of Fiberglas™ insulation, likely incorporating innovations for improved efficiency.

    • FOAMULAR® XPS: This product is likely an extruded polystyrene (XPS) foam board insulation known for its high R-value and moisture resistance.

    • Thermafiber® Mineral Wool: Mineral wool is a fire-resistant insulation material, and Thermafiber® is likely Owens Corning's brand for this type of insulation.

    • Owens Corning + Natural Polymers Spray Foam: Spray foam insulation is known for its ability to create a seamless barrier, and the inclusion of natural polymers suggests a commitment to eco-friendly solutions.

    • AttiCat® Loosefill: AttiCat® is likely a loose-fill insulation product, designed for easy installation, especially in attics.

    • ProPink® Complete Blown-in Wall System: This seems to be a comprehensive solution for insulating walls efficiently, likely using a blown-in insulation technique.

    • ProCat® Professional Loosefill: Similar to AttiCat®, ProCat® is likely a loose-fill insulation product designed for professional use.

  2. Residential Accessories:

    • The article mentions a range of accessories, which could include tools, equipment, or supplementary materials that enhance the installation and performance of insulation products.
  3. Resources:

    • High Performance Pink® Certification: This certification likely signifies compliance with high-performance standards, ensuring the insulation meets or exceeds industry benchmarks.

    • Inflation Reduction Act: This could be a reference to regulations or initiatives related to energy efficiency and insulation contributing to reducing energy consumption.

    • Product Training Videos: Training videos can be valuable resources for professionals to understand the proper installation and usage of insulation products.

    • Insulation Blogs: Blogs likely provide additional insights, tips, and best practices in the field of insulation.

    • For Pros:

      • Pink Advantage Dealer Program: This program may offer advantages to dealers, possibly including exclusive benefits or resources.

      • ProPink vs Competition: A comparison highlighting the strengths of Owens Corning's ProPink® insulation over competitors' products.

      • Document Library: A repository of documents, possibly including technical specifications, guides, and other relevant materials.

      • ProCat® Margin Estimator: This tool may help professionals estimate costs and margins when using ProCat® insulation.

      • AirCare™ HVAC Contractor Program: This program likely focuses on collaboration with HVAC contractors to ensure a holistic approach to energy efficiency in buildings.

      • I Am Next Gen: A campaign or initiative showcasing Owens Corning's commitment to next-generation, innovative insulation solutions.

  4. Get Started Section:

    • This section likely provides information on how consumers and professionals can access Owens Corning products, find distributors or retailers, and get installations by professionals.

In summary, Owens Corning's array of insulation products and associated resources aims to provide efficient, eco-friendly solutions for residential settings, ensuring comfort, energy efficiency, and compliance with industry standards.

FOAMULAR® 250 XPS Foam Board Insulation (2024)

FAQs

How strong is Foamular 250? ›

Technical Information
PropertyTest Method5Value
Compressive Strength7, minimum psi (kPa)ASTM D162125 (172)
Flexural Strength8, minimum psi (kPa)ASTM C20350 (345)
Water Absorption9, maximum % by volumeASTM C2720.30
Water Vapor Permeance10, maximum perm (ng/Pa·s·m2)ASTM E961.5 (86)
10 more rows

Is foam board insulation enough? ›

More effective insulation

With R-values ranging from 3.6 to 8.0, rigid foam sheathing has much better insulation per inch than other materials (i.e. plywood has an R-value of 1.25 and fiberglass batts have an R-value of 3.14).

Can you walk on Foamular 250? ›

For use under slabs, in a variety of compressive strengths suitable for the lightest residential to the heaviest industrial floor loads, FOAMULAR® insulation is durable enough to be walked on while placing slab reinforcing and concrete.

What thickness of foam board do I need? ›

The bigger the surface area, the thicker the foam board must be. For sizes of 100 by 140 cm upwards, you should choose 10 mm thick foam board, for which the maximum surface area is 140 by 300 cm. The 10 mm thick foam board has more body, due to its greater rigidity.

What are the weakness of foam board? ›

Common polystyrene foam insulation board is easy to burn, and toxic smoke produced by combustion. Even adding a flame retardant, the combustion can only reach B grade. 3. Material strength is poor, prone to crack and insulation shedding phenomenon is relatively common.

What is the R-value of Foamular 250 XPS? ›

3 FOAMULAR® 250 XPS insulation is classified as a Type IV product when tested in accordance with ASTM C 578 and provides a long- term thermal performance of R-5 per inch.

How strong is FOAMULAR? ›

Technical Information
PROPERTYTEST METHOD31000
Compressive Strength5, minimum psi (kPa)ASTM D1621100 (689)
Flexural Strength6, minimum psi (kPa)ASTM C203150 (1035)
Water Absorption7, maximum % by volumeASTM C2720.3
Water Vapor Permeance8, maximum perm (ng/Pa•s•m2)ASTM E961.1 (63)
12 more rows

How much weight can a foam board support? ›

ASTM C578 standard for EPS type I is 10psi or 1,440 pounds per square ft (1 square foot is equal to 144 square inches). One square inch of Type I EPS can support 10 pounds; however, set a one square foot board on the foam and it can support 1,440 pounds.

How much weight can foam board insulation hold? ›

Although the semi-rigid urethane flexible foam board insulation is available in 1 lb/ft3 density, it has very high compressive strength and will support up to 500 pounds (even when only 1" thick).

How much weight can XPS foam board hold? ›

XPS insulation's high compressive strength allows it to withstand a high pressure of >300 kPa, so it can withstand more than 6144 lbs ft2 (30,000 kilos m2) with a maximum deformation of 10 percent, making it ideal for challenging applications: Below-grade walls – foundations, basem*nts, crawl spaces.

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