A multipurpose brush mechanism and particularly a multipurpose art brush mechanism featuring an attachment and retainer mechanism to provide ease of use and effective storage for professional painters and consumers alike. The brush functions as an ordinary art brush, with the addition of magnetically enhanced provisions for storage and location, including upright displacement, and rotationally enhanced positioning, to allow for ease of reaching different angles for application.

A multipurpose brush mechanism and particularly a multipurpose art brush mechanism featuring an attachment and retainer mechanism to provide ease of use and effective storage for professional painters and consumers alike. The brush functions as an ordinary art brush, with the addition of magnetically enhanced provisions for storage and location, including upright displacement, and rotationally enhanced positioning, to allow for ease of reaching different angles for application.

A ported brush applicator that includes a brush with a ferrule; an applicator base cap attached to the brush, where the applicator base cap includes a cap section having a cap opening that is sized and configured for attachment to a container; an applicator base mesa protruding from the cap section and secured within the ferrule, where the applicator base mesa has at least one through-hole and a fluid port having a first end in the brush and a second end in the through-hole.

A ported brush applicator that includes a brush with a ferrule; an applicator base cap attached to the brush, where the applicator base cap includes a cap section having a cap opening that is sized and configured for attachment to a container; an applicator base mesa protruding from the cap section and secured within the ferrule, where the applicator base mesa has at least one through-hole and a fluid port having a first end in the brush and a second end in the through-hole.

A ported brush applicator includes a brush with a ferrule; an applicator base cap attached to the brush, the applicator base cap including a cap section having a cap opening sized and configured for attachment to a container; an applicator base mesa protruding from the cap section and secured within the ferrule, the applicator base mesa having a one tapered through hole and a fluid port having a first end in the brush and a second end in the tapered through hole.

A ported brush applicator includes a brush with a ferrule; an applicator base cap attached to the brush, the applicator base cap including a cap section having a cap opening sized and configured for attachment to a container; an applicator base mesa protruding from the cap section and secured within the ferrule, the applicator base mesa having a one tapered through hole and a fluid port having a first end in the brush and a second end in the tapered through hole.

An applicator assembly having an application element, a blending element and a retaining element. The application element comprises a material configured to retain an application material and distribute the application material onto a surface and the blending element comprises a material configured to distribute the application material on the surface. Together the application and blending elements allow the process of transferring, distributing and blending the application material onto the surface to be performed with a single application assembly. Embodiments of the applicator assembly have the application element and the blending element to be comprised of materials with different characteristics.

An environmental-friendly paintbrush without bristle-implanting holes includes a handle, a bristle-implanting brush head, and a metal plate. The bristle-implanting brush head may have one end provided with a bristle material-laying trough, and another end connected with the handle. A plastic block may be placed inside the bristle material-laying trough. Bristle material may be filled in an interstitial space between the plastic block and the bristle-implanting brush head. The plastic block is formed with a metal-laying trough. The metal plate is set inside the metal-laying trough. Two ends of the bristle material-laying trough are formed with metal slots provided inside the brush-implanting brush head. Two ends of the metal plate are slotted into the metal slots. A method of processing an environmental-friendly paintbrush without bristle-implanting holes is also disclosed.

An environmental-friendly paintbrush without bristle-implanting holes includes a handle, a bristle-implanting brush head, and a metal plate. The bristle-implanting brush head may have one end provided with a bristle material-laying trough, and another end connected with the handle. A plastic block may be placed inside the bristle material-laying trough. Bristle material may be filled in an interstitial space between the plastic block and the bristle-implanting brush head. The plastic block is formed with a metal-laying trough. The metal plate is set inside the metal-laying trough. Two ends of the bristle material-laying trough are formed with metal slots provided inside the brush-implanting brush head. Two ends of the metal plate are slotted into the metal slots. A method of processing an environmental-friendly paintbrush without bristle-implanting holes is also disclosed.

An adjustable paintbrush that reaches tight and small substrate surfaces includes a handle, a ferrule, a plurality of bristles, and a tension locking mechanism. The plurality of bristles is connected within an opening of the ferrule and extended away from the ferrule. The handle is oppositely positioned of the plurality of bristles and rotatably connected with the ferrule by the tension locking mechanism. The adjustable paintbrush allows a painter to grip the handle in straight configuration, similar to conventional paintbrushes, while allowing the ferrule to adjusted and locked in place according to the structural formation of the substrate surface through the tension locking mechanism.