Detail of "9022-96-2"

Reference

Electroless plating of polyester fibers and substrates

Electroless plating of polyester fibers and substrates. Hosokawa, Yutaka (Japan ). Japan. Kokai JP 52142774 28 Nov 1977 Showa,5 pp. (Japanese). (Japan). CODEN: JKXXAF. CLASS: IC: C08J007-16. APPLICATION: JP 76-60773 25 May 1976. DOCUMENT TYPE: Patent CA Section: 39 (Textiles) Section cross-reference(s): 42 Electroless plated polyester fibers, paper, or plastics, with improved layer bonding strength, were prepd. by coating the substrates with compns. contg. Group IVB or Group VB metal alkoxides or their polymers with d.p. 10-200 and electroless plating the substrates with Ag. Thus, polyester monofilaments were coated with a mixt. contg. 8% Ti(OPh)4 [2892-89-9] and 4% poly(Bu titanate) (I) [9022-96-2], dried at room temp. and 30% relative humidity, and electroless plated with Ag to give coated filaments with good layer bonding strength; bonding strength was poor without I.

Photolysis catalyst sheets, hydrophilization of resin substrate surfaces using them, and their laminates with resin substrates via water

Photolysis catalyst sheets, hydrophilization of resin substrate surfaces using them, and their laminates with resin substrates via water. Ito, Nobuyuki; Yasuda, Yoshitomo; Haruta, Yuichi; Ishikawa, Satoshi; Nishikawa, Akira (JSR Ltd., Japan). Jpn. Kokai Tokkyo Koho JP 2005015599 A2 20 Jan 2005, 23 pp. (Japanese). (Japan). CODEN: JKXXAF. CLASS: ICM: C08J007-04. ICS: B01J035-02; B32B009-00; B32B015-08; C08J007-00; C09D005-16; C09D183-02; C09D183-04; C09D185-00; H05K003-18; C08G077-46; C08L101-00.Several reagents with their cas registry numbers 9022-96-2 and 25038-59-9 are used here. APPLICATION: JP 2003-181333 25 Jun 2003. DOCUMENT TYPE: Patent CA Section: 38 (Plastics Fabrication and Uses) The sheets have fine photolysis catalyst particles fixed on surfaces. The laminates comprise the sheets laminated with resin substrates, where enough amt. of water exist between the sheet surfaces and the substrate surfaces to hydrophilize the substrate surfaces. Surfaces of the resin substrates are hydrophilized without erosion obsd. in conventional process, e.g., etching. Thus, an. aq. soln. contg. Tipaque ST 01 (TiO2), B 10 [Ti(OBu)4 decamer], MeSi(OMe)3, and MAC 2101 (epoxypolyoxyalkylene-alkoxy-modified polydimethylsiloxane) was applied on a PET film to give a photolysis catalyst sheet. A polyimide (water contact angle 91°) electrodeposited on a Cu substrate was laminated with the photolysis catalyst layer of the above sheet via water and irradiated with radiation from the PET film side, showing water contact angle 22°. .