Abstract: Flexible insect bait stations and methods for manufacturing the same are provided. In accordance with an exemplary embodiment, an insect bait station is in the form of an elongated strip comprising a container defining a chamber for holding insect bait, the container comprising a base having a bottom wall, and peripheral side walls, wherein the base is constructed of a flexible material providing for mounting the bait station on irregular surfaces.

Abstract: Unique spherically shaped insecticidal hydrogel feeding spheres are described comprising insecticide active, food source, optional adjuvant, water, and super-absorbent polymer. The large discrete spheres with diameters of about 2 mm to about 6 mm are made possible by the use of coarse dry granulated polyacrylamide/acrylates copolymer having particle size of from about 1 mm to about 4 mm. The insecticidal hydrogel bait spheres may be placed out in the environment to control insects without the need for a bait station enclosure. The present invention also comprises a method for producing the large discrete bait spheres.

Abstract: A foaming insecticidal ant spray is described that minimally comprises an essential oil, an emulsifier, a carboxylate salt and water, which has maximum mortality on ants. A method for killing and controlling ants is described wherein the composition is foamed directly onto the ants whereby the ants become entangled within the foam, increase their contact time with the compositions, and perish.

Abstract: Flexible insect bait stations and methods for manufacturing the same are provided. In accordance with an exemplary embodiment, an insect bait station is in the form of an elongated strip comprising a container defining a chamber for holding insect bait, the container comprising a base having a bottom wall, and peripheral side walls, wherein the base is constructed of a flexible material providing for mounting the bait station on irregular surfaces.

Abstract: A fully adjustable, crawling insect bait station is provided that is sealable for use with liquid, gel or solid baits, and wherein movement of a cap relative to a base portion simultaneously dimensions both the insect access port(s) and an internal crawlspace at the top of the inner reservoir wall to a selected size for particular insects. The bait station of the present invention is distinct and significantly improved over prior bait stations in that there is no antechamber between the insect access port(s) and the inner bait reservoir where crawling insects may unproductively congregate. Once insects enter the bait station of the present invention they encounter a sloped access means that leads them directly over the inner reservoir wall to the poisoned bait.

Abstract: A foaming insecticidal ant spray is described that minimally comprises an essential oil, an emulsifier, a carboxylate salt and water, which has maximum mortality on ants. A method for killing and controlling ants is described wherein the composition is foamed directly onto the ants whereby the ants become entangled within the foam, increase their contact time with the compositions, and perish.