Abstract: Processes are disclosed for treating an inorganic particulate to provide improved dispersibility in a nonpolar thermoplastic, for example, titanium dioxide as an opacifier or colorant in a polyolefin concentrate, and for producing said pigmented nonpolar thermoplastic, wherein a surface coating is applied to the particulate which comprises at least one of the polar phosphate esters containing acid and polar ether groups.

Abstract: An improved nonpolar thermoplastic composition includes an inorganic particulate dispersed in a nonpolar thermoplastic, for example, an inorganic pigment such as titanium dioxide dispersed in a polyolefin as a color concentrate, wherein the inorganic particulate includes a surface coating comprised of at least one of the polar phosphate esters including acid and polar ether groups.

Abstract: Inorganic pigments treated with at least one N,N,N-trialkyl quaternary amino acid inner salt possess improved processibility and dispersibility in thermoplastic materials, and impart improved properties to thermoplastic compositions containing said surface-treated pigments.

Abstract: An improved thermoplastic composition includes an inorganic particulate dispersed in a thermoplastic, for example, an inorganic pigment such as titanium dioxide dispersed in a polyolefin as a color concentrate, wherein the inorganic particulate includes a surface coating comprising one or more of the ?,?-dialkyl substituted linear or branched carboxylic acids and their corresponding salts.

Abstract: Processes are disclosed for treating an inorganic particulate to provide improved dispersibility in a thermoplastic, for example, titanium dioxide as an opacifier or colorant in a polyolefin concentrate, and for producing said pigmented thermoplastic, wherein a surface coating is applied to the particulate which comprises at least one N-acyl amino acid or N-acyl amino acid salt.

Abstract: Processes are disclosed for treating an inorganic particulate to provide improved dispersibility in a thermoplastic, for example, titanium dioxide as an opacifier or colorant in a polyolefin concentrate, and for producing said pigmented thermoplastic, wherein a surface coating is deposited on the particulate which comprises at least one amide of a fatty acid and an aliphatic amine.

Abstract: An improved thermoplastic composition includes an inorganic particulate dispersed in a thermoplastic, for example, an inorganic pigment such as titanium dioxide dispersed in a polyolefin as a color concentrate, wherein the inorganic particulate includes a surface coating resulting from treatment with of at least one N-acyl amino acid or a salt thereof.

Abstract: An improved thermoplastic composition includes an inorganic particulate dispersed in a thermoplastic, for example, an inorganic pigment such as titanium dioxide dispersed in a polyolefin as a color concentrate, wherein the inorganic particulate includes a surface coating comprising at least one N,N,N-trialkyl quaternary amino acid inner salt.

Abstract: Processes are disclosed for treating an inorganic particulate to provide improved dispersibility in a thermoplastic, for example, titanium dioxide as an opacifier or colorant in a polyolefin concentrate, and for producing said pigmented thermoplastic, wherein a surface coating is deposited on the particulate which comprises at least one N,N,N-trialkyl quaternary amino acid inner salt.

Abstract: Processes are disclosed for treating an inorganic particulate to provide improved dispersibility in a thermoplastic, for example, titanium dioxide as an opacifier or colorant in a polyolefin concentrate, and for producing said pigmented thermoplastic, wherein a surface coating is deposited on the particulate which comprises one or more of the ?,?-dialkyl substituted linear or branched carboxylic acids and the salts thereof.

Abstract: An improved thermoplastic composition includes an inorganic particulate dispersed in a thermoplastic, for example, an inorganic pigment such as titanium dioxide dispersed in a polyolefin as a color concentrate, wherein the inorganic particulate includes a surface coating comprising at least one amide of a fatty acid and an aliphatic amine.

Abstract: Processes are disclosed for treating an inorganic particulate to provide improved dispersibility in a thermoplastic, for example, titanium dioxide as an opacifier or colorant in a polyolefin concentrate, and for producing said pigmented thermoplastic, wherein a surface coating is applied to the particulate which comprises at least one alkenyl- or alkyl-substituted succinic anhydride.

Abstract: A process is disclosed for making titanium dioxide pigment particularly suited for dispersion in thermoplastics, in which the titanium dioxide pigment is recoverable from a slurry through the use of conventional vacuum-type and/or pressure-type filtration systems without the deposition of additional inorganic oxides and in the absence of added flocculating agents, and further in which the thus-recovered, washed and filtered pigment can be dried by spray drying, without the dilution required in the production of such pigments according to a prior art process likewise omitting the deposition of additional inorganic oxides to those formed in a vapor phase oxidation step providing the agglomerated titanium dioxide starting material and omitting any use of added flocculating agents.

Abstract: An improved thermoplastic composition includes an inorganic particulate dispersed in a thermoplastic, for example, an inorganic pigment such as titanium dioxide dispersed in a polyolefin as a color concentrate, wherein the inorganic particulate includes a surface coating comprised of at least one alkenyl- or alkyl-substituted succinic anhydride, for example, hexadecenylsuccinic anhydride and dodecenylsuccinic anhydride.

Abstract: An improved thermoplastic composition includes an inorganic particulate dispersed in a thermoplastic, for example, an inorganic pigment such as titanium dioxide dispersed in a polyolefin as a color concentrate, wherein the inorganic particulate includes a surface coating comprised of at least one hydroxy group-functionalized saturated fatty acid.

Abstract: Inorganic pigments, having deposited on the pigment surface at least one hydroxy group-functionalized saturated fatty acid, possess improved processibility and dispersibility in thermoplastic materials, and impart improved properties to thermoplastic compositions containing said surface-treated pigments.

Abstract: Inorganic pigments, having deposited on the pigment surface at least one ester or partial ester of an organic polyol and a hydroxy group-functionalized saturated fatty acid, possess improved processibility and dispersibility in thermoplastic materials, and impart improved properties to thermoplastic compositions containing said surface-treated pigments.

Abstract: Processes are disclosed for treating an inorganic particulate to provide improved dispersibility in a thermoplastic, for example, titanium dioxide as an opacifier or colorant in a polyolefin concentrate, and for producing said pigmented thermoplastic, wherein a surface coating is applied to the particulate which comprises at least one ester or partial ester of an organic polyol and a hydroxy group-functionalized saturated fatty acid.

Abstract: A process is disclosed for improving the processibility and dispersibility of an inorganic particulate in a thermoplastic, for example, titanium dioxide as an opacifier or colorant in a polyolefin concentrate, and for producing said pigmented thermoplastic, comprising applying a surface coating on the particulate which comprises at least one hydroxy group-functionalized saturated fatty acid.

Abstract: Inorganic pigments, having deposited on the pigment surface at least one alkenyl- or alkyl-substituted succinic anhydride and at least one organic polyol, possess improved processibility and dispersibility in thermoplastic materials, and impart improved properties to thermoplastic compositions containing said surface-treated pigments.