Diversified Chemical Technologies, Inc.

Jb Collectives, LLC

Joribeth E Joseff

Rajan Eadara

Roy Jacob

Biju Philip

Yushin Ahn

Mooil Chung

David Wen-Lung Chang

Sunny K George

Arnold Joseff

Patrick A Ohaka

Jennifer Fine

An article is reinforced by applying to it a thermally curable composition of a resin mixture of 10% to 60% by weight of a diglycidyl ether of bisphenol-A, 5% to 25% by weight of an epoxy novolac, and 5% to 25% by weight of a reinforcement material comprising carbon fibers. Following application, the composition is cured. In some instances, at least a portion of the diglycidyl ether of bisphenol-A and/or the epoxy phenyl novolac resin may be adducted with an elastomer.

Sprayable, carbon fiber-epoxy material and process

The aspects of the present disclosure provide a wash cloth for cleaning all areas of a user or an individual's body. The wash cloth includes at least one finger cot. The at least one finger cot has a first side made of a soft absorbing material opposite a second side made of a microfiber material. The first side and second side are fastened together. The wash cloth includes a palm portion in communication with the first side of the at least one finger cot. The wash cloth further includes an elastomeric portion. The elastomeric portion may be in communication with and extends across the palm portion of the wash cloth. The elastomeric portion may be configured to fit over the user's hand and maintains the placement of the wash cloth over the user's hand.

Wash cloth

A two component, curable hot melt adhesive system includes a first hot melt adhesive formulation which has a softening temperature greater than room temperature and which includes a first component of a curable adhesive therein. The system includes a second hot melt adhesive formulation which has a softening temperature which is greater than room temperature and which includes a second component of a curable adhesive therein. The second component is reactive with the first component to provide a cured adhesive bond. In use, the two formulations are heated to a temperature above their softening temperature and are contacted so as to cause mixing. The mixture cools to provide a thermoplastic bond which subsequently cures to provide a permanent adhesive bond. While the first and the second component individually perform as hot melt adhesives, combining the first and the second gives enhanced adhesive performance in extended temperature ranges.

Two component, curable, hot melt adhesive

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Mount Pleasant, SC, United States of America

Joribeth E Joseff