Xerox Corporation

Francisco Jose Lopez

Jin Wu

Liang-Bih Lin

Daniel Levy

Jonathan H Herko

Kyle B Tallman

Michael Stephen Roetker

John S Chambers

Yuhua Tong

David W Martin

Dante M Pietrantoni

Lanhui Zhang

Lin Ma

Scott J Griffin

Cindy C Chen

Robert C U Yu

Markus Rudolf Silvestri

Mandakini Kanungo

William G Herbert

Linda L Ferrarese

Nancy Lynn Belknap

Robert P Altavela

Marc J Livecchi

Brian P Gilmartin

Andronique Ioannidis

Ed J Radigan

Keith T Wong

Daniel V Levy

Flexible members for use in imaging devices contain a non-ionic surfactant and a fluorinated surfactant.

Endless flexible members for imaging devices

An intermediate transfer member includes a poly(amic acid amideimide), or a mixture of a poly(amic acid amideimide), a phosphate ester, an optional polysiloxane, and an optional conductive filler component.

Poly(amic acid amideimide) intermediate transfer members

There is described an intermediate transfer member comprising a seamless layer comprising a polyphenylsulfone and a polysiloxane having dispersed therein carbon black particles. The composition used to manufacture the seamless intermediate transfer member is also described.

Intermediate transfer member and composition

Described herein is an intermediate transfer member that includes a layer of phenoxy resin having dispersed therein conductive particles.

Intermediate transfer member

Flexible members for use in imaging devices which may include a non-ionic surfactant; a fluorinated surfactant; or both.

An intermediate transfer belt for an electrostatographic device and methods for making the intermediate transfer belt can include the use of polyamide-imide and carbon nanotubes and nanosheets, for example multi-walled carbon nanotubes, single-walled carbon nanotubes, graphene, graphite, and two or more of these as an electrically conductive filler.

Seamless intermediate transfer belt

Described herein is a method forming a belt suitable for use with an image forming system. The method includes coating a composition of a polyimide, a phosphate ester and a solvent onto an outer surface of a rotating metal belt, and subsequently curing and releasing the composition from the metal belt.

Seamless fuser member process

Described herein is an intermediate transfer member that includes a layer of phenoxy resin having dispersed therein graphene particles.

An intermediate transfer member substrate with an overcoat and a process for preparing the intermediate transfer member substrate with an overcoat layer by application of corona treatment to the surface of the intermediate transfer member substrate to enhance the interfacial adhesion between the overcoat and intermediate transfer member substrate.

Corona treatment for intermediate transfer member overcoat adhesion

A binder containing a substituted fluorone can be utilized in an electrophotographic imaging member undercoat layer.

Undercoat composition

The present teachings provide an intermediate transfer member which includes a substrate layer and a surface layer disposed on the substrate layer. The surface layer includes a polyimide polymer having the formula: wherein R is alkyl or aryl and the like and mixtures thereof; and n and m are the mole percent of the repeating unit.

Intermediate transfer member and method of manufacture

The present teachings provide an intermediate transfer member. The intermediate transfer member includes a polyimide polymer having the formula: wherein R is alkyl or aryl and the like and mixtures thereof; and n and m are the mole percent of the repeating unit.

Processes for making organic photosensitive pigments for charge generating layers of imaging members. The pigments may include titanyl phthalocyanine. The pigments may be synthesized through a partially electrochemical or purely electrochemical process. The pigments may be used in a charge generating layer of an imaging member having a substrate, the charge generating layer, and a charge transfer layer.

Organic photosensitive pigment

Methods and systems for evaluating pigment dispersions with desired characteristics. More specifically, methods and systems for evaluating particle size of colorless or light color dispersions using a novel parameter described as particle size related scattering index (PSRSI).

Methods and systems for evaluating pigment dispersions

A photoconductor containing a substrate, a layer thereover, which layer contains, for example, a polyol resin, an aminoplast resin, a silicone free polyester, and a metal oxide dispersed therein; and at least one imaging layer formed on the polyol resin containing layer.

Growing community of inventors

Rochester, NY, United States of America

Francisco Jose Lopez