Detail of "65345-34-8"

Reference

Polyurethane polymer compositions

Polyurethane polymer compositions. Hill, Edward Thomas; Kaplan, Bernard Leon; Farkas, Paul Victor (Aerofoam Industries (Pty) Ltd.; Polyeth Marketing (Pty) Ltd., S. Afr.). Eur. Pat. Appl. EP 55928 A2 14 Jul 1982, 21 pp. DESIGNATED STATES: R: DE, FR, GB, IT, NL. (English). (European Patent Organization). CODEN: EPXXDW. CLASS: IC: C08G018-08; C08G018-48; C08G018-66; C08G018-22; C08K003-34; C08K005-51; C08K005-54; C08L075-04. APPLICATION: EP 81-306138 24 Dec 1981. PRIORITY: ZA 80-7025 30 Dec 1980. DOCUMENT TYPE: Patent CA Section: 37 (Plastics Manufacture and Processing) The harmful effects of undesired gas formation in the prepn. of filled polyurethanes are minimized by using sterically hindered couplers, which prevents gas generating reactions of couplers with fillers. Thus, in the prepen. of a polyurethane (from Voranol EP1900 60, Voranol CP450 20, and 1,4-butanediol 20 parts and crude MDI) filled with 10 phr zeolite (Baylith L paste), the use of 0.27 phr [[BuCH(Et)CH2O]2PO2]3TiOPr-iso [65345-34-8] (Ken-react KR12) as a coupler prevented the release of low-mol. wt. compds. from the filler.

High-strength flame-resistant polyolefins containing coated alumina hydrate and organic titanates

High-strength flame-resistant polyolefins containing coated alumina hydrate and organic titanates. Andy, Robert (USA ). U.S. US 4525494 A 25 Jun 1985,3 pp. (English). (United States of America). CODEN: USXXAM. CLASS: ICM: C08K009-04. ICS: C08K005-56; C08F210-06; C08F010-06. NCL: 523200000. APPLICATION: US 81-271852 9 Jun 1981. DOCUMENT TYPE: Patent CA Section: 37 (Plastics Manufacture and Processing) Flame-retardant polypropylene (I) [9003-07-0] contains 60-64% Al(OH)3 coated with 1.0% isostearic acid (II) [30399-84-9] and 0.25-1% org. titanate. Thus, a C3H6 copolymer (PP 7823 [9010-79-1]) 18.4, I 18.4, coated Al(OH)3 63.7, and iso-Pr tri(decyl phosphate) titanate [65345-34-8] 0.05% were mixed and extruded at 340-380° F. The extrudate passed the vertical burn test (UL 94) and had flexural modulus 3.2 ′ 105 psi, flexural strength 5000 psi, notched Izod impact 4.14 ft-lb/in., elongation 33%, and tensile strength 2510 lb/in.