News From Go Plymouth Foam

3 Technologies in 1 - SAV+R

Putting insulation on foundation walls just got better. In the past we have put insulation on wall to not only provide R-value but it could help protect the damp proofing and reduce condensation. Insulating the foundation came with a cost as we have learned that standard 150 & 250 insulation is too stiff. Lateral pressures on the walls have increased causing more issues.

SAV+R 3 tech in 1

Plymouth Foam has developed a 3 in 1 insulation board that can reduce issues caused by insulating foundations - SAV+R Foundation Protection™. This new product has been designed to not only insulate but also drain moisture better and reduce lateral pressure by unto 40%.

There are 3 advancements with RID Technology are important in todays construction to not only preform better but also reduce liability. R-I-D Reduced-Insulate-Drain

Reduce - Reduce lateral pressures by up to 40% using SAV+R Foundation. When lateral pressure pushes on the SAV+R foundation board, the integrated Stress Reducers™ can “absorb” this pressure and help save your foundation from failure. SAV+R has been designed to handle backfilling pressures, compacting pressures, clay or soil swell pressures and long-term lateral pressures.

Insulate - SAV+R uses Engineered EPS which provides a stable R-value for the life of the foundation. SAV+R is available with R-values of 5, 10 or 15. SAV+R Engineered EPS does not leach harmful chemicals into soil, has very low moisture absorption, is not affected by the freeze-thaw cycle, contains no ozone depleting chemicals and is 100% recyclable.

Drain - Water leaking into foundation walls via hydrostatic pressure can cause serious issues. SAV+R incorporates Easy Flow Drainage Pathways™ (EFDP) to move water quickly to the foundation drains. EFDP can help reduce insulation moisture absorption, reduce hydrostatic pressure, reduce frost heave, accelerate drying and can add longevity to the waterproofing.

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New Video on this great product.

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For more information contact us at info@goplymouthfoam.com

For The Record: Plymouth Foam's EPS - Compressive Strength

FOR THE RECORD

Frequently asked questions. As an industry leader, we feel it is important to share our expertise as well as continue to educate and inform others of Plymouth Foam’s materials and capabilities.

Compressive strength is a crucial component for insulation and building materials. One of the most important mechanical property of Plymouth Foam's EPS is the resistance to compressive stresses, which increase as the density becomes higher. The compressive resistance is between 10 – 60 psi for most construction applications. Our Plymouth Foam product can be produced to meet your specific strength requirements per project needs.

Plymouth Foam DuraSpec Compressive Properties

PF EPS Spec

Plymouth Foam DuraFill Geofoam Compressive Properties

PF Geofoam Spec

Standard Specification Test Methods for Plymouth Foam DuraSpec EPS are as follows:

  • ASTM C578, Standard Specification for Rigid, Cellular Polystyrene Thermal Insulation: types, physical properties, and dimensions of cellular polystyrene used as thermal insulation for temperatures from -65 to 165°F. ASTM C578 covers types of EPS thermal insulation currently available and the minimum requirements for the properties considered most important.
  • ASTM C203, Test Method for Breaking Load and Flexural Properties of block-type thermal Insulation; flexural strength and compressive resistance values are included.
  • C165, Test Method for Measuring Compressive Properties of Thermal Insulations and/or
  • D1621 for Test Method for Compressive Properties of Rigid Cellular Plastics.
To meet the compressive resistance requirements specified in ASTM C578, polystyrene thermal insulation boards must provide the following compressive strengths at 10% deformation when tested in accordance with ASTM D 1621.

The EPS Industry Alliance shares Plymouth Foam DuraSpec EPS high resiliency and strength characteristics, expanded polystyrene insulation offers:
  • Absorption of substrate and facing movement caused by temperature changes and structural deflections
  • Absorption of substrate irregularities
  • Thickness recovery following excessive construction load exposures
  • Suitable subgrade reaction for effective load distribution
In conclusion, the structural strength of Plymouth Foam DuraSpec EPS is crucial for every project. We take pride in our work and customer satisfaction from start to finish and after.