Dedusting oil compositions and binder compositions including such dedusting oil compositions for fiberglass are provided. Dedusting oil compositions are formed from a plant oil and a high activity aromatic amine. Binders may include polyacrylic acid polymers crosslinked with a polyol crosslinking agent and include a dedusting oil composition. Methods of making the binders and fiber-containing composites made with the binders are also provided.

Dedusting oil compositions and binder compositions including such dedusting oil compositions for use with fiberglass insulation are provided. Dedusting oil compositions are formed from an epoxidized plant oil and a high activity amine. Binders may include a polycarboxylic acid based binder, a formaldehyde-based binder, or a formaldehyde-free binder and include a dedusting oil composition. Methods of making the binders and fiber-containing composites made with the binders are also provided.

A porous body including an inorganic fiber and an organic binder, wherein the average fiber diameter of the inorganic fiber is 2.0 m or less, the amount of the inorganic fiber is 90% by mass or more, the amount of the organic binder is 0.5% by mass or more and 10% by mass or less, the organic binder contains an elastomer, and the bulk density of the porous body is 30 kg/m.sup.3 or less.

The present invention relates to a method for producing a dye-capturing non-woven fabric, the method comprising the steps of providing a non-woven substrate and applying a composition to the non-woven substrate, the composition having binding and dye-capturing functionalities. The present invention further relates to a dye-capturing non-woven fabric obtainable by such a method and a dye-capturing non-woven fabric comprising a non-woven substrate comprising cellulose fibers and a dye-capturing agent adhering to the non-woven substrate by means of a binder and/or a dye-capturing agent being absorbed in the non-woven substrate.

The present invention relates to a fire protection composite, which is made of a liquid applied coating and a mat or fleece; a process for preparing the fire protection composite; use of the fire protection composite for electric vehicle battery; an electric vehicle battery containing the fire protection composite; and a process for preparing the electric vehicle battery.

There is disclosed a vapor absorbing device for capturing moisture released by fresh food stored in an unvented and closed container. The device may comprise a vapor-permeable carrier fabric having a food side for facing the fresh food and a container side opposite the food side. An absorbent matrix having a matrix thickness may layer across the container side of the carrier. The matrix may comprise a fibrous substrate and a food-safe hydrogel infusing the substrate. The hydrogel may include a water soluble polymer. The device may be configured to dispose a container side of the matrix against an interior surface of the food container. And, the matrix may be configured to capture the moisture at a predetermined vapor absorption rate.

The present invention provides a nonwoven fabric comprising a non-fibrous binder having certain solubility characteristics. It also provides a pouched product, the fabric and contents of which have certain solubility characteristics. Related methods are also disclosed.