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ELFOAM® P200

Sold by Elliott Company
Function: Core Material
Chemical Family: Polyisocyanurates
Core Type: Thermoset Foam
Color: Natural
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Maryn ElliottPlease reach out to me with any questions, I am happy to assist you in finding the right product or learning more about our storefront.
Please reach out to me with any questions, I am happy to assist you in finding the right product or learning more about our storefront.

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Identification & Functionality

ELFOAM® P200 Features & Benefits

Environmental Data

ELFOAM P200 is specifically formulated to provide excellent physical properties without the use of chlorofluorocarbon (CFC) or hydrochlorofluorocarbon (HCFC) blowing agents. In compliance with the Montreal Protocol and the Clean Air Act, ELFOAM P200 is manufactured with hydrocarbon blowing agents which have no ozone depletion or global warming potential.

Applications & Uses

Applications

Typical products incorporating ELFOAM P200 include:

  • Refrigerated food service equipment
  • Laminated wall and roof panels
  • Commercial and industrial doors
  • RP panels, tanks and shelters
  • Truck/Trailer bodies, shipping containers and railcars
  • Pipe, tank and vessel insulation
  • Plugs, patterns and carved products

Note that application testing is often required to determine suitability of the foam for a specific application. Potential users should perform pertinent testing to determine the suitability of the product for the intended application. Final determination of fitness of the product for any particular use is the responsibility of the buyer.

Properties

Physical Properties
ValueUnitsTest Method / Conditions
Closed Cell Content (by volume)95%D6226
Coefficient of Linear Thermal Expansion 0 to +250°F (-17 to +121°C)72 x 10-6mm/mm·°CE228
Compressive Strength / Modulus (Parallel to Rise)186 / 4,823kPaD1621
Compressive Strength / Modulus (Perpendicular to Rise5)124 / 2,301kPaD1621
Density31.9kg/m3D1622
Dimensional Stability6 (length / volume change) (-40°F(-40°C), ambient relativity humidity, 14 days)-0.5 / -0.2%D2126
Dimensional Stability6 (length / volume change) (+158°F(70°C), 97 ± 3% relativity humidity, 14 days)0.6 / +2.6%D2126
Dimensional Stability6 (length / volume change) (+212°F(100°C), ambient relative humidity, 14 days)0 / +0.8%D2126
Flexural Strength / Modulus (Parallel to Rise)275 / 5,236kPaC203
Flexural Strength / Modulus (Perpendicular to Rise5)193 / 3,535kPaC203
Hot Surface Performance at 300°F (149°C)Pass-C411
Polyisocyanurate Insulation RequirementsGrade 2, Type IV compliant-C591
Shear Strength / Modulus (Parallel to Rise)172 / 2,067kPaC273
Shear Strength / Modulus (Perpendicular to Rise5)124 / 1,515kPaC273
Surface Burning Characteristics 7 Smoke Developed, thicknesses up to 6 in (15.2 cm)max. 250-E84
Surface Burning Characteristics7 Flame Spread, thicknesses up to 6 in (15.2 cm)25-E84
Tensile Strength / Modulus (Parallel to Rise)248 / 8,268kPaD1623
Tensile Strength / Modulus (Perpendicular to Rise5)179 / 3,190kPaD1623
Thermal Conductivity, k-factor4 Aged 10 days at 158°F (70°C)0.027W/(m·°C)C518
Thermal Conductivity, k-factor4 Initial at 75°F (24°C)0.024W/(m·°C)C518
Thermal Conductivity, R-value per inch4 Aged 10 days at 158°F (70°C)0.96(m2·°C)/WC518
Thermal Conductivity, R-value per inch4 Initial at 75°F (24°C)1.06(m2·°C)/WC518
Water Absorption (by volume)1.27%C272
Water Vapor Transmission5.8ng/Pa·s·mE96
Note

Physical Properties:

  • 1 -  Data shown are typical values obtained from representative production samples. For specific property ranges, consult the Indianapolis Sales Office.
  • 2 - All properties measured at 73 ± 4°F (23 ± 2°C) unless otherwise indicated.

 

Typical Values:

  • 3 - To be used only as a guide for design engineering purposes. Potential user is responsible for performing pertinent tests required to determine product suitability for the intended application.

 

4 -  k-factors and R-values vary with age and use conditions. Contact Indianapolis Sales Office for values at other mean temperatures.

5 - Represents the lowest typical value across all axes related to Perpendicular to Rise performance. Contact the Indianapolis Sales Office for additional information.

6 - Frequent and severe thermal cycling can produce dimensional changes significantly greater than those stated here. Special design consideration must be made in applications that cycle frequently.

7 - Published data is not intended to reflect hazards represented by this or any other material under actual fire conditions. This material is combustible when exposed to large fire sources.

Regulatory & Compliance

Compliances and Approvals

EELFOAM P200 meets industry standards, specifications, regulations and technical guidelines put forth by numerous commercial, federal and military entities including ASTM International, Underwriters Laboratories, and the US Departments of Transportation and Defense.

Technical Details & Test Data

Configuration

ELFOAM P200 is manufactured in bunstock form 26” (66cm) thick; 48” (122cm) wide; and 72”, 96”, 108”, 120”, and 144” (183cm, 244cm, 274cm, 305cm, and 396cm) long. Cut sheets are offered in thicknesses from 1/8” to 12” (.32cm to 30cm) in 1/32” (.08cm) increments. Custom sizes and fabricated parts up to 26” (66cm) thick, 48” (122cm) wide and 192” (488cm) in length are available for customers wanting to eliminate in-house cutting, handling, and scrap disposal.

Design Considerations

ELFOAM P200 is designed for use in environments where temperatures range from -297 to +300°F (-183 to +149°C). However, in non-laminated applications where temperatures exceed 140°F (60°C) and/or have relative humidity above 70% as well as in processes where frequent and severe thermal cycling occurs, allowances for foam dimensional changes may need to be incorporated into engineering design. Regardless of operating conditions, a qualified design engineer should review all foam applications. ELFOAM, like all cellular plastics, will degrade with prolonged exposure to sunlight. To prevent such degradation, foam materials should be covered. Other barriers to protect exposed foam surfaces from the elements and to meet applicable fire and safety regulations may also be required.

Safety & Health

Safety

All persons who work with ELFOAM products should follow proper handling procedures. The ELFOAM Safety Data Sheet (SDS) contains information about proper handling, storage and use of this material. A copy of this document may be downloaded at elliottfoam.com or obtained by calling the Indianapolis Sales Office

Packaging & Availability

Availability

All ELFOAM product support, samples, pricing and orders are coordinated by the Indianapolis Sales Office. Please call (800) 545-1213 for details. ELFOAM product data sheets may also be downloaded at elliottfoam.com.

ELFOAM® P200
Elliott Company