Arkwright, Inc.

Lg Energy Solution, Ltd.

Saint-Gobain Abrasives, Inc.

Saint-Gobain Abrasifs

Sihl Gmbh

Optodot Corporation

Arkwright Advanced Coating, Inc.

Sihi Gmbh

Zhong Xu

Steven Allen Carlson

Robert M Conforti

William M Risen, Jr

Shyiguei Hsu

Shengmei Yuan

Fernando J Ramirez

Jianna Wang

William C Rice

Sathanjheri A Ravishankar

Ying Cai

Cau The Ho

Shih-Chieh Kung

Khizyr Kharunovich Khoultchaev

Phillip Rood Wheeler

Timothy E Scoville

Robert Cole

Jeremy B Spencer

Jose J Rangel

Cau T Ho

Sathuan K Sa

Stephen Xipeng Liu

Khizyr K Kloultchaev

Provided are separators for use in batteries and capacitors comprising (a) at least 50% by weight of an aluminum oxide and (b) an organic polymer, wherein the aluminum oxide is surface modified by treatment with an organic acid to form a modified aluminum oxide, and wherein the treatment provides dispersibility of the aluminum oxide in aprotic solvents such as N-methyl pyrrolidone. Preferably, the organic acid is a sulfonic acid, such as p-toluenesulfonic acid. Also preferably, the organic polymer is a fluorinated polymer, such as polyvinylidene fluoride. Also provided are electrochemical cells and capacitors comprising such separators.

Separators for electrochemical cells

This disclosure, in general, relates to nonwoven abrasive belts including flexible butt joints and methods of making and using such belts and joints.

Nonwoven abrasive belt with flexible joint

The present disclosure relates to abrasive articles that include abrasive aggregates of silicon carbide with a vitrified bond, and methods of making and using such abrasive articles and abrasive aggregates. In particular, the abrasive aggregates can possess a combination of beneficial properties and comprise a vitreous binder composition having a specific composition, sintering temperature, glass transition temperature, or a combination thereof.

Abrasive articles including aggregates of silicon carbide in a vitrified bond

An ink-jet media having an absorbent substrate with a front surface and a back surface. The front surface of the substrate is coated with an ink-vehicle permeable, preferably radiation-cured coating. A microporous ink-receptive coating is deposited on top of the ink-vehicle permeable coating. An optional protective layer may be deposited on top of the microporous ink-receptive layer. The back surface of the substrate may also be optionally coated with a polymer curl-controlling coating.

Ink-jet media having an ink-vehicle permeable coating and a microporous coating

An improved ink-jet printable heat-transfer medium comprising a base substrate having a surface coated with a hot-melt layer and an ink-receptive layer is provided. The ink-receptive layer comprises: i) non-polymeric organic particles that are a reaction product of a diamine and two molecules, each molecule having at least one carboxylic acid group and at least five carbon atoms, ii) thermoplastic polymer particles, and iii) a thermoplastic film-forming binder. The heat-transfer paper can produce printed images having improved color quality, hand, and wash-durability on a variety of fabric materials.

Media having ink-receptive coatings for heat-transferring images to fabrics

The present invention relates to ink-jet transfer papers that can be printed with images using ink-jet printers. The ink-jet printable transfer papers comprise a support paper having a surface coated with layer (a) and ink-receptive layer (b). Layer (a) comprises a polyurethane binder and inorganic pigment, and layer (b) comprises a polyurethane binder and organic polymeric particles. The printed image can be heat-transferred to fabric materials particularly dark-colored fabrics such as black T-shirts.

Ink-jet printable transfer papers for use with fabric materials

The present invention relates to ink-jet transfer media that can be printed with images using ink-jet printers. The printed image can be thermally transferred to fabric materials such as black or white colored T-shirts. The ink-jet transfer media of this invention comprise a support paper containing independently removable panels. Each removable panel is capable of being peeled away from the film coating. The removable panels are divided by means of a peel line in the paper.

Ink-jet printable transfer media comprising a paper backing containing removable panels

Growing community of inventors

Holden, MA, United States of America

Zhong Xu