Abstract
The present invention relates to an easy-to-apply, but versatile method for modifying the physical and chemical resistance properties of expanded polyester products, such as fire retardancy and hydrolysis resistance, by melt-modification of the surface layer(s) of said foams and sponges, the manufacturing of such products and the use of such products.
Patent family as of 14.2.2025
Publication number Publication date Application number Application date
BRPI1100751 A2 20120904 BR2011PI00751 20110113
CA2727880 AA 20110713 CA20112727880 20110113
DE602010015305 D1 20140528 DE201060015305T 20100113
EP2345538 A1 20110720 EP20100150608 20100113
EP2345538 B1 20140423 EP20100150608 20100113
EP2345538 B8 20140723 EP20100150608 20100113
ES2484367 T3 20140811 ES20100150608T 20100113
KR101825115 B1 20180202 KR20110002562 20110111
KR20110083523 A 20110720 KR20110002562 20110111
MX2011000443 A1 20110721 MX20110000443 20110111
MX324571 B 20141017 MX20110000443 20110111
PL2345538 T3 20141031 PL20100150608T 20100113
TW201134663 A 20111016 TW20110101296 20110113
US2011171446 AA 20110714 US20100784686 20100521
US9005701 BB 20150414 US20100784686 20100521
Patent family as of 14.2.2025
Publication number Publication date Application number Application date
BRPI1100751 A2 20120904 BR2011PI00751 20110113
CA2727880 AA 20110713 CA20112727880 20110113
DE602010015305 D1 20140528 DE201060015305T 20100113
EP2345538 A1 20110720 EP20100150608 20100113
EP2345538 B1 20140423 EP20100150608 20100113
EP2345538 B8 20140723 EP20100150608 20100113
ES2484367 T3 20140811 ES20100150608T 20100113
KR101825115 B1 20180202 KR20110002562 20110111
KR20110083523 A 20110720 KR20110002562 20110111
MX2011000443 A1 20110721 MX20110000443 20110111
MX324571 B 20141017 MX20110000443 20110111
PL2345538 T3 20141031 PL20100150608T 20100113
TW201134663 A 20111016 TW20110101296 20110113
US2011171446 AA 20110714 US20100784686 20100521
US9005701 BB 20150414 US20100784686 20100521
Original language | English |
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Patent number | EP2345538 B1 |
IPC | C08J 9/ 36 ,B32B 27/36 |
Priority date | 13/01/10 |
Publication status | Published - 23 Apr 2014 |
MoE publication type | H1 Granted patent |