Abstract: An actuator device for applying a single or multi-component coating, which comprises: at least one universal attachment port configured to connect to one or more of a spray attachment, brush, applicator pad, or roller; a throughway configured to secure and/or position at least one feed tube in or on the actuator; and a trigger configured to control a remote coating liquid dispensing system, wherein when in operation the feed tube is capable of fluidly conducting one or more coating liquids from the remote coating liquid dispensing system to one or more selected from the group consisting of the spray attachment, brush, applicator pad, roller, actuator, universal attachment port, or a combination thereof.

Abstract: One embodiment of the present invention provides a device for applying a coating, which includes a multi-component cartridge, a static mixing nozzle in fluid communication with the cartridge, and at least one paint applicator selected from the group including a roller, a brush, and an angled spray tip, in fluid communication with the nozzle. Another embodiment of the invention provides a method, which includes applying a coating to a surface with the above-described device. Another embodiment of the invention provides a method, which includes applying a non-skid coating to a surface with the above-described device.

Abstract: A device for applying a coating comprises at least two cylindrical cartridges, a static mixing nozzle in fluid communication with the cartridges, a spray tip, in fluid communication with the nozzle, a first flexible hose disposed between and in fluid communication with the nozzle and the spray tip, and a second hose, in fluid communication with the spray tip, for supplying atomization air to the spray tip. Methods of applying coatings with the device are also provided.

Abstract: One embodiment relates to a coating composition, comprising a novolac epoxy resin comprising silicon carbide powder; an amine curing agent, said agent comprising at least a cycloaliphatic amine; a hydrophobic silica thixotrope agent; and an aluminum oxide powder having the following mesh retention characteristics, based on the weight of the aluminum oxide powder: about 0 wt. % size 10 mesh, ? about 5 wt. % size 16 mesh, ? about 20 wt. % size 18 mesh, ? about 10 wt. % size 20 mesh, and ? about 5 wt. % size 30 mesh. Other embodiments relate to making and using the coating composition, and coatings made from the coating composition.

Abstract: One embodiment of the present invention provides a device for applying a coating, which includes a multi-component cartridge, a static mixing nozzle in fluid communication with the cartridge, and at least one paint applicator selected from the group including a roller, a brush, and an angled spray tip, in fluid communication with the nozzle. Another embodiment of the invention provides a method, which includes applying a coating to a surface with the above-described device. Another embodiment of the invention provides a method, which includes applying a non-skid coating to a surface with the above-described device.

Abstract: A device for applying a coating comprising a multi-component cartridge comprising at least two cylindrical cartridges, each cylindrical cartridge comprising an aperture and an open filling end that is disposed opposite the aperture and that is slidingly sealed by a cartridge piston seal, a static mixing nozzle in fluid communication with each aperture, and at least one paint applicator selected from the group consisting of a roller, a brush and a spray tip, in fluid communication with the nozzle, wherein at least one flexible hose is disposed between and in fluid communication with the cartridge and the nozzle.

Abstract: A container in which minerals such as copper are purified in an electrolytic process includes bottom, end and side walls for containing a corrosive electrolyte, such as, a sulphuric or hydrochloric acid solution. The bottom, end and side walls of the container are composed of a cured mixture of 10-19 percent of a modified, vinylester or polyester thermo-setting resin and the balance consisting of aggregate. The surfaces of the container are coated with a resin layer having a backing layer consisting of about 70%-80% resin and 20%-30% a reinforcement which may comprise a fiber glass mat of non-continuous strands 1/2"-2" long or a light cloth of fiber glass or other synthetic fiber.

Abstract: A container formed of polymer concrete in which minerals such as copper are purified in an electrolytic process. The container includes a bottom and end and side walls for containing a corrosive electrolyte, such as, a sulphuric or hydrochloric acid solution. An overflow box is integrally formed in a first formation extending vertically along one end wall of the cell and an overflow pipe is molded into the first formation and extends from the overflow box outwardly of the cell. A vertical covered inlet chanel or cast-in pipe is provided at the opposite end of the container and extends from its upper to its lower end.