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HFC-245fa systems Co-blown with CO2 (water): a quality, cost effective HFC alternative for construction foam applications

Bogdan, M. / Williams, D.

HFC-245fa is a nonflammable, zero ODP, non-VOC alternative to HCFC-141b. It produces foams with k-factors equivalent to current industry standards. The foam produced has superior k-factor aging compared to current HCFC-141b systems. Therefore, HFC-245fa and HFC-245fa blend technology provides the construction foam industry with a solution for all markets. HFC-245fa blown foams meet the critical requirement for insulation sensitive applications while the HFC-245fa blend technology provides the answer for the more cost driven markets. The HFC-245fa foams co-blown with CO2 (water) provide a nonflammable blowing agent option for market where foam fire performance is critical. The results of lab and commercial trial evaluations of this technology support the fact that with proper formulation the HFC-245fa/CO2 (water) technology provides not only a technical equivalent technology but also an economically equivalent technology. It truly represents a viable alternative for the construction market.

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HFC-245fa systems Co-blown with CO2 (water): a quality, cost effective HFC alternative for construction foam applications

Bogdan, M. / Williams, D.

HFC-245fa is a nonflammable, zero ODP, non-VOC alternative to HCFC-141b. It produces foams with k-factors equivalent to current industry standards. The foam produced has superior k-factor aging compared to current HCFC-141b systems. Therefore, HFC-245fa and HFC-245fa blend technology provides the construction foam industry with a solution for all markets. HFC-245fa blown foams meet the critical requirement for insulation sensitive applications while the HFC-245fa blend technology provides the answer for the more cost driven markets. The HFC-245fa foams co-blown with CO2 (water) provide a nonflammable blowing agent option for market where foam fire performance is critical. The results of lab and commercial trial evaluations of this technology support the fact that with proper formulation the HFC-245fa/CO2 (water) technology provides not only a technical equivalent technology but also an economically equivalent technology. It truly represents a viable alternative for the construction market.

HFC-245fa systems Co-blown with CO2 (water): a quality, cost effective HFC alternative for construction foam applications

Bogdan, M. / Williams, D.

HFC-245fa is a nonflammable, zero ODP, non-VOC alternative to HCFC-141b. It produces foams with k-factors equivalent to current industry standards. The foam produced has superior k-factor aging compared to current HCFC-141b systems. Therefore, HFC-245fa and HFC-245fa blend technology provides the construction foam industry with a solution for all markets. HFC-245fa blown foams meet the critical requirement for insulation sensitive applications while the HFC-245fa blend technology provides the answer for the more cost driven markets. The HFC-245fa foams co-blown with CO2 (water) provide a nonflammable blowing agent option for market where foam fire performance is critical. The results of lab and commercial trial evaluations of this technology support the fact that with proper formulation the HFC-245fa/CO2 (water) technology provides not only a technical equivalent technology but also an economically equivalent technology. It truly represents a viable alternative for the construction market.

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Titel:

HFC-245fa systems Co-blown with CO2 (water): a quality, cost effective HFC alternative for construction foam applications

Beteiligte:

Bogdan, M. (Autor:in) / Williams, D. (Autor:in)

Erschienen in:

Polyurethanes Conference, 2000 ; 163-170

Erscheinungsdatum:

2000

Format / Umfang:

8 Seiten, 8 Bilder, 11 Tabellen, 8 Quellen

Medientyp:

Aufsatz (Konferenz)

Format:

Print

Sprache:

Englisch

Schlagwörter:

Polyurethan , Kunststoffschaum , Schäummittel , Kohlendioxid , Wasser , Kostensenkung , Schwerentflammbarkeit , Ersatzstoff , Wärmedämmstoff , Wärmedämmung , Altern (Werkstoff) , Materialeinsparung , Materialkosten , Feuerfestigkeit , Baustoff , Vergleich , Fluorkohlenwasserstoff

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