Global Patent Index - EP 1036881 B1

EP 1036881 B1 20041027 - Base paper for decoration having improved dry strength

Title (en)

Base paper for decoration having improved dry strength

Title (de)

Dekorrohpapier mit verbesserter Trockenfestigkeit

Title (fr)

Papier de base pour décoration ayant une résistance à sec améliorée

Publication

EP 1036881 B1 20041027 (DE)

Application

EP 00105181 A 20000311

Priority

DE 19912149 A 19990318

Abstract (en)

[origin: EP1036881A1] The raw lamination paper is composed of cellulose fibers and filling materials from a paper mass of a cellulose mixture containing an unmodified and a cationic modified cellulose. The modified cellulose has a cation charge of 20-300 mmol/kg. The cellulose fibers are modified with a quaternary ammonium compound with a glycidyl function. The cationic modified cellulose forms at least 5 wt% of the cellulose mixture, using a short fiber cellulose for modification. The paper mass contains a wet strength agent in a vol. of 0.3-2.0 wt% of the cellulose. The filling material is titanium oxide, calcium carbonate, kaolin, talcum or a mixture of them.

IPC 1-7

D21H 11/22; D21H 27/18

IPC 8 full level

D21H 11/22 (2006.01); D21H 27/18 (2006.01)

CPC (source: EP)

D21H 11/22 (2013.01); D21H 27/18 (2013.01)

DOCDB simple family (publication)

EP 1036881 A1 20000920; EP 1036881 B1 20041027; AT E280858 T1 20041115; BR 0001377 A 20001017; BR 0001377 B1 20100406; CA 2301300 A1 20000918; CA 2301300 C 20060516; CN 1268599 A 20001004; CN 1330826 C 20070808; DE 19912149 A1 20000928; DE 19912149 C2 20030515; DE 50008377 D1 20041202; ES 2231060 T3 20050516; JP 2000282387 A 20001010; JP 3242388 B2 20011225; PL 198822 B1 20080731; PL 339072 A1 20000925; PT 1036881 E 20050228; SI 1036881 T1 20050228

DOCDB simple family (application)

EP 00105181 A 20000311; AT 00105181 T 20000311; BR 0001377 A 20000320; CA 2301300 A 20000317; CN 00108301 A 20000317; DE 19912149 A 19990318; DE 50008377 T 20000311; ES 00105181 T 20000311; JP 2000075192 A 20000317; PL 33907200 A 20000317; PT 00105181 T 20000311; SI 200030528 T 20000311