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    • 4. 发明专利
    • ES2187630T3
    • 2003-06-16
    • ES96420251
    • 1996-07-25
    • RHODIA CHIMIE SA
    • JOST PHILIPPEKARRER PHILIPPEMIGNANI GERARDOLIER PHILIPPE
    • C07C69/65C07F7/18C08G77/24C08G77/38C08G77/382C08G77/385C08G77/42C08L83/08C10M107/50C11D3/37
    • Halogenated pref. fluorinated polyorganosiloxanes (POS) have the formula Ä(R )a(Gf)b(E)pSiO1/2Ü-ÄR GfSiO2/2Üz-ÄR ESiO2/2 Üe-ÄHR SiO2/2Üy1-Ä(R )2-SiO2/2Üy-Ä(R )a (Gf)b(E)p-SiO1/2Ü (I) and (II). In the formulae, (i) a + b + p = 3; a = 2, 3; b, p = 0, 1; z = 0- 200 (1-90); y1 = 0-10 (0-5); y = 0-50 (0-25); and e = 1-200 (1-90); with the conditions if z is not 0 then y + y1 + e =5-200 (10-100) and (z/(z + y + y1 + e + 2) x 100 ≥ 3 (pref. ≥ 5); if z = 0 then y=y1 +e = 5-50 and b > 0 in at least one alkoxy group; if e > 0 then z + y1 + y + e = 5-200 (pref. 10-100) and (z/(z + y + y1 + e + 2)) x 100 ≥ 3 (pref. ≥ 5); and if e = 0 then y + y1 + z = 5-100 and p > 0 in at least one group; (ii) z' = 1-9 (1-4.5); (iii) y1' = 0-0.5 (0.25); (iv) y' = 0-5 (0.5); (v) R1-2 = 1-12C (1-6C) aryl, aralkyl, alkylaryl (opt. branched); (vi) (Gf) = -(Z1)h-(Z2)g-Ä(Z3)j-RfÜk with h = 0.1;g = 0.1; j = 0.1; and k = 1 or 2; at least one Gf group is present in POS pref. 60% per mol.; Z1 = (CmH2m) with m ≥ 2 and, if m = 2 then g > 0 in at least one Gf; Z2 = -W(-C(O)-)2, -CRa(-C(O)-)2, -W(OH)-, -ÄW-NH-COÜ-, -ÄW-C(O)-Ü-, -Si(R ) = H or 1-6C alkyl; in each case, one free valency is attached to Rf and the other to hydroxyl or 1-6C alkoxy; W = cyclic or non-cyclic hydrocarbon radical pref. aliphatic, alkenyl or aromatic; Z3 = with n ≥ 1, U = S, NH, NHSO, and pref. O; and Rf = -CqF2q-CF3, q ≥ 0, or -CqF2q-H, q ≥ 1, or -NRrfSO2CqF2q-CF3, q ≥ 0, Rrf = H, aryl, 1-6C alkyl; or -NRrfSO2CqF2q-H, q ≥ 1; and (vii) E is a monofunctional group chosen from e.g. amine alkoxyl, acyl, acyloxy, hydroxy, trialkoxysilyl, amide, ester, phenyl, arylalkoxy, aryloxy or ether-hydroxy.
    • 5. 发明专利
    • ES2156402T3
    • 2001-06-16
    • ES97943006
    • 1997-09-26
    • RHODIA CHIMIE SA
    • FEDER MICHELJOST PHILIPPELETOFFE MICHELDUCHAMP MARIE-CECILE
    • C08J3/03C08L83/04C08L83/06C09D183/04C09J183/04
    • The invention concerns silicon dispersions hardenable by cross-linking and useable particularly as putty, paint or film coating. The aim of the invention is to provide an aqueous silicon dispersion capable of cross-linking by water elimination into an elastomer with suitable mechanical properties and having a high cohesive and adhesive force on supports of different kinds and eliminating the drawbacks of known dispersions, in particular concerning safety/toxicity (VOC content) and facility for use. This aim is achieved by the dispersion characterised in that it contains hydroxylated condensable constituents and is free from hydrolyzable substituents (Sofh) capable of being transformed into VOC, it is free from VOC and polyvinyl alcohol and it contains an alpha , omega -diOH POS (A), an adherence promoter (B) with Fas = NH2 functions and OH functions, and optionally: a catalyst (C) [tin salts], a surfactant (D), a cross-linking agent (E) (MDT hydroxylated POS resin), fillers (F), a dispersing agent (G), a plasticizer (H), an antifungal agent (I), an antifoaming agent (J), a stabiliser (K) or a base (L). The invention is useful for putty or film coatings prepared with this dispersion.
    • 9. 发明专利
    • DK0755960T3
    • 2003-03-24
    • DK96420251
    • 1996-07-25
    • RHODIA CHIMIE SA
    • KARRER PHILIPPEMIGNANI GERARDJOST PHILIPPEOLIER PHILIPPE
    • C07C69/65C07F7/18C08G77/24C08G77/38C08G77/382C08G77/385C08G77/42C08L83/08C10M107/50C11D3/37
    • Halogenated pref. fluorinated polyorganosiloxanes (POS) have the formula Ä(R )a(Gf)b(E)pSiO1/2Ü-ÄR GfSiO2/2Üz-ÄR ESiO2/2 Üe-ÄHR SiO2/2Üy1-Ä(R )2-SiO2/2Üy-Ä(R )a (Gf)b(E)p-SiO1/2Ü (I) and (II). In the formulae, (i) a + b + p = 3; a = 2, 3; b, p = 0, 1; z = 0- 200 (1-90); y1 = 0-10 (0-5); y = 0-50 (0-25); and e = 1-200 (1-90); with the conditions if z is not 0 then y + y1 + e =5-200 (10-100) and (z/(z + y + y1 + e + 2) x 100 ≥ 3 (pref. ≥ 5); if z = 0 then y=y1 +e = 5-50 and b > 0 in at least one alkoxy group; if e > 0 then z + y1 + y + e = 5-200 (pref. 10-100) and (z/(z + y + y1 + e + 2)) x 100 ≥ 3 (pref. ≥ 5); and if e = 0 then y + y1 + z = 5-100 and p > 0 in at least one group; (ii) z' = 1-9 (1-4.5); (iii) y1' = 0-0.5 (0.25); (iv) y' = 0-5 (0.5); (v) R1-2 = 1-12C (1-6C) aryl, aralkyl, alkylaryl (opt. branched); (vi) (Gf) = -(Z1)h-(Z2)g-Ä(Z3)j-RfÜk with h = 0.1;g = 0.1; j = 0.1; and k = 1 or 2; at least one Gf group is present in POS pref. 60% per mol.; Z1 = (CmH2m) with m ≥ 2 and, if m = 2 then g > 0 in at least one Gf; Z2 = -W(-C(O)-)2, -CRa(-C(O)-)2, -W(OH)-, -ÄW-NH-COÜ-, -ÄW-C(O)-Ü-, -Si(R ) = H or 1-6C alkyl; in each case, one free valency is attached to Rf and the other to hydroxyl or 1-6C alkoxy; W = cyclic or non-cyclic hydrocarbon radical pref. aliphatic, alkenyl or aromatic; Z3 = with n ≥ 1, U = S, NH, NHSO, and pref. O; and Rf = -CqF2q-CF3, q ≥ 0, or -CqF2q-H, q ≥ 1, or -NRrfSO2CqF2q-CF3, q ≥ 0, Rrf = H, aryl, 1-6C alkyl; or -NRrfSO2CqF2q-H, q ≥ 1; and (vii) E is a monofunctional group chosen from e.g. amine alkoxyl, acyl, acyloxy, hydroxy, trialkoxysilyl, amide, ester, phenyl, arylalkoxy, aryloxy or ether-hydroxy.