Closed-Cell Foam exhibits low OSU heat-release results.

Press Release Summary:



Manufactured from Kynar® PVDF resin with low-smoke additive, ZOTEK® F HT LS conforms to stringent FAR 25.856(a) radiant-panel test required for thermal and acoustic insulation applications in aviation industry. Tested at 13 mm, foam obtains heat-release value totaling 14.0 kW-min/m² and peak heat-release value of 12.2 kW/m². Foam can be thermally molded into complex 3-dimensional shapes, as well as thermo-formed, compression-molded, and thermally bonded to create functional parts.



Original Press Release:



New Zotek® F HT LS Foam Exhibits Very Low OSU Heat-Release Values



Walton, KY - A new closed-cell foam manufactured by Zotefoams Inc., the world's leading manufacturer of cross-linked block foams, has exhibited exceptionally low OSU* heat-release results, allowing it to meet the OSU heat-release requirements demanded by the aviation industry. Manufactured from a Kynar® PVDF resin with a low-smoke additive, the ZOTEK® F 40 HT LS foam also conforms to the stringent FAR 25.856(a) radiant-panel test required for thermal and acoustic insulation applications in the aviation industry.

ZOTEK® F 40 HT LS foam was recently tested at 13mm and obtained a heat-release value totalling 14.0 (kW*min/m2) and a peak heat-release value of 12.2 (kW / m2). Compared with ZOTEK® F 30 foams, the results at 13mm were 16 (kW*min/m2) for total heat release and 32 (kW / m2) for peak heat release. Thanks to these exceptionally low heat-release values, the material also has excellent potential in combination with leather, adhesive and decorative laminates for interior applications that require compliance with OSU 65/65 heat-release parameters.

The most unique and beneficial feature of ZOTEK® F foams is the capability to thermally mold the foam into complex three-dimensional shapes. The material can be thermo-formed, compression-molded and thermally bonded to create uniquely functional parts.

* Please note the term "OSU" stands for Ohio State University. The OSU heat release model was developed by Professor Smith and several graduate students at the Ohio State University between 1980 and 1987 as a method for determining the release rates of heat from materials, products, or assemblies.

Zotefoams Inc. is a wholly owned subsidiary of Zotefoams plc (LSE: ZTF). Zotefoams is the premier manufacturer of cross-linked block foams. Its products are used in a wide range of markets including sports and leisure, packaging, transport, healthcare, toys, building, marine and the military. Through a unique production process, the Company produces foams that have controlled properties and are of a strength, consistency, quality and purity superior to foams produced by other methods. Zotefoams Inc. is responsible for product sales to the United States, Canada and Mexico. Zotefoams products include a wide range of foam densities, sizes, and physical properties. They also include fire retardant, conductive, and food contact approved foams. For more information, please go to www.zotefoams.com.

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