Ronald D. Mathis - Taylors SC James S. Dix - Greenville SC
Assignee:
Phillips Petroleum Company - Bartlesville OK
International Classification:
C08L 7700
US Classification:
260857PG
Abstract:
In polyamide compositions containing the reaction product of (1) a block copolymer of propylene oxide, ethylene oxide, and an alkylene diamine and (2) a dicarboxylic acid ester in an amount sufficient to provide improved antistatic characteristics to the polyamide, the apparent dyeability can be increased by including in said polyamide composition a sufficient amount of at least one zinc sulfinate of the formula: Zn(R"SO. sub. 2). sub. 2 wherein R" is an alkyl group containing from 4 to 20 carbon atoms.
James S. Dix - Greenville SC Ronald D. Mathis - Taylors SC
Assignee:
Phillips Petroleum Company - Bartlesville OK
International Classification:
C08L 9300
US Classification:
260 23H
Abstract:
Homopolymers and copolymers of 1-olefins are protected against the deleterious effects of ultraviolet light by incorporating therein an additive system consisting of a nickel carboxylate and a piperidine derivative in an amount sufficient to prevent such deterioration.
James S. Dix - Greenville SC Ronald D. Mathis - Taylors SC
Assignee:
Phillips Petroleum Company - Bartlesville OK
International Classification:
C08K 537
US Classification:
260 4575N
Abstract:
A mixture of a nickel amine complex and a hydroxyl substituted phenyl benzoate that is unusually effective as an ultraviolet light stabilizer for. alpha. -olefin polymers.
In polyamides containing the reaction product of (1) a propylene oxide-ethylene oxide block copolymer based on ethylene diamine and (2) a dicarboxylic acid ester in an amount sufficient to provide improved antistatic characteristics to the polyamide, the tensile strength loss on exposure to heat is reduced by adding a thermal stabilizing amount of a phosphine oxide.
Ronald D. Mathis - Greenville SC James S. Dix - Greenville SC
Assignee:
Phillips Fibers Corporation - Greenville SC
International Classification:
C08L 7700
US Classification:
260857PG
Abstract:
In polyamide compositions containing the reaction product of (1) a block copolymer of propylene oxide, ethylene oxide and an alkylene diamine and (2) a dicarboxylic acid ester in an amount sufficient to provide improved antistatic characteristics to the polyamide, the apparent dyeability can be increased by including in said polyamide composition a sufficient amount of at least one zinc dihydrocarbyl dithiophosphinate.
Homopolymers and copolymers of 1-olefins are protected against the deleterious effects of ulraviolet light by incorporating therein an additive system consisting of a piperidine derivative and a hydroxy-substituted phenyl benzoate in an amount sufficient to prevent such deterioration.
Dyeable Polymers Of Alpha-Olefins Containing A Nickel Salt And A Terephthalic Ester
Ronald D. Mathis - Taylors SC James S. Dix - Greenville SC
Assignee:
Phillips Petroleum Company - Bartlesville OK
International Classification:
C08J 320
US Classification:
260 4575N
Abstract:
Ultraviolet light stabilizers for polymers derived from unsaturated monomers comprising mixtures of hydroxy-substituted phenylbenzoates, nickel ketoximes and hindered phenols are described.
Kreitner Elementary School Collinsville IL 1985-1994, Webster Elementary School Collinsville IL 1992-1993, North Junior High School Collinsville IL 1994-1995
Martinson Elementary School Wichita KS 1939-1942, Franklin Elementary School Wichita KS 1942-1945, Longfellow Elementary School Wichita KS 1945-1946, Horace Mann Intermediate School Wichita KS 1946-1949
Community:
John Pryor, Marilyn Frieze, Dorothy Mader, William Archer, Jim Mortensen, Larry Smith, Marilyn Riley, Jean Bain, Naomi Adams, Wanda Adams
Hey wazzzup everyone!! I have the most amazing job that allows me travel and see different parts of my state that I never knew existed!! Also, I have a wonderful lovely girlfriend and could spend ever...
Bragging Rights:
Survived College
Ronald Mathis
Ronald Mathis
Ronald Mathis
Ronald Mathis
Ronald Mathis
Ronald Mathis
Education:
ITT Technical Institute - Electrical Engineering, Gosnell High School - Diploma