Daphne Daphne Benderly

US Patent:

20060292697, Dec 28, 2006

Filed:

Jun 24, 2005

Appl. No.:

11/165948

Inventors:

Wouter Ijdo - Trenton NJ, US
Steven Kemnetz - Trenton NJ, US
Wilbur Mardis - Holland PA, US
Daphne Benderly - Metuchen NJ, US

Assignee:

Elementis Specialties, Inc. - Hightstown NJ

International Classification:

G01N 33/00

US Classification:

436072000, 436171000

Abstract:

A method for determining degree of organoclay delamination and degree of layer alignment in a polymer organoclay nanocomposite comprising one or more infrared light spectral measurements selected from the group consisting of (A) Si—O absorption bandwidth, (B) Si—O absorption band intensity, (C) Si—O absorption band area, and (D) Si—O absorption anisotropy.

US Patent:

20070197711, Aug 23, 2007

Filed:

Feb 16, 2007

Appl. No.:

11/707494

Inventors:

Wouter L. Ijdo - Trenton NJ, US
Wilbur S. Mardis - Holland PA, US
Daphne Benderly - Metuchen NJ, US

International Classification:

C08K 9/04

US Classification:

524445, 523216

Abstract:

A polymer/organoclay composition having improved color stability. The composition includes a halogenated polymer matrix. It also includes an organoclay composition which is comprised of phyllosilicate clay and one or more quaternary ammonium compounds. The quaternary ammonium compounds include tri- and tetra-[poly]oxyalkylene quaternary ammonium compounds, the ether and ester derivatives thereof. The phyllosilicate clay phyllosilicate clay includes a smectite clay and the polymer includes polyvinyl chloride. The polymer/organoclay composition includes quaternary ammonium compounds selected from the following: tris[2-hydroxyethyl]tallow alkyl ammonium ion, tris[2-hydroxyethyl]hydrogenated tallow alkyl ammonium ion and tris[2-hydroxyethyl]stearyl alkyl ammonium ion.

US Patent:

20120101199, Apr 26, 2012

Filed:

Aug 19, 2011

Appl. No.:

13/213873

Inventors:

Chunzhao Li - Chesterfield NJ, US
Wilbur Mardis - Holland PA, US
Richard Henderson - Clarksburg MD, US
Daphne Benderly - Metuchen NJ, US

Assignee:

ELEMENTIS SPECIALTIES, INC. - Hightstown NJ

International Classification:

C08G 18/75
C08K 5/06
C08K 5/36
C08L 75/04
C08K 5/42

US Classification:

524156, 528 85, 524591, 524392, 524378, 524500

Abstract:

A viscosity regulating composition having a polymeric structure with an internal hydrophobic unit located within the polymer's backbone, multiple hydrophilic units, and terminal hydrophobic units. In one embodiment, the internal hydrophobic unit may have at least three linked hydrophobic segments, of the same or different hydrophobic segments, with the proviso that the multiple hydrophobic segments are not linked to each other by one or more hydrophilic linking segments, for example water-soluble, polymeric groups.

US Patent:

20150099638, Apr 9, 2015

Filed:

Oct 6, 2014

Appl. No.:

14/507097

Inventors:

- Somerset NJ, US
Masashi Yamamoto - Kanagawa, JP
Daphne Benderly - Metuchen NJ, US
Christine Lynn Lummer - Sparta NJ, US

International Classification:

A61K 8/06
A61K 8/85
A01N 25/04
A61K 8/68

US Classification:

504361, 5147721, 424 59, 424401

Abstract:

Stabilization compositions for HIP emulsions are disclosed which include a combination of a Gemini surfactant, a sugar-derived compound and a hydrophobically modified polymer. HIP emulsions are disclosed which include the stabilizing composition. Amino-acid based Gemini surfactants may be employed in the stabilizing compositions.

US Patent:

20140350150, Nov 27, 2014

Filed:

Aug 8, 2014

Appl. No.:

14/455152

Inventors:

- East Windsor NJ, US
Wilbur Mardis - Holland PA, US
Richard Henderson - Clarksburg MD, US
Daphne Benderly - Metuchen NJ, US

International Classification:

C08G 18/75
C08G 18/32
C09D 7/12
C08K 3/20
C08K 5/41
C08K 5/06
C08G 18/48
C08G 18/28

US Classification:

524156, 528 76, 524591, 524378, 524500

Abstract:

A viscosity regulating composition having a polymeric structure with an internal hydrophobic unit located within the polymer's backbone, multiple hydrophilic units, and terminal hydrophobic units. In one embodiment, the internal hydrophobic unit may have at least three linked hydrophobic segments, of the same or different hydrophobic segments, with the proviso that the multiple hydrophobic segments are not linked to each other by one or more hydrophilic linking segments, for example water-soluble, polymeric groups.