The present invention relates to a facial hair catch.
While shaving facial hair over a bathroom sink, there is constantly hair falling in the sink, making it a hassle to clean afterwards.
Products that can be placed to catch the hair over the sink do not allow water to run through them, so after shaving, while washing one's face, more hair falls into the sink.
Presently there is no solution to catch hair from shaving over a sink, while also being able to wash your face and allow the water to run through the product with ease.
The present invention seeks to provide a solution to these problems by providing a disposable facial hair catch with small holes to allow waterflow, that can sit easily in average bathroom sinks and provide a clean shaving experience for a user.
The present invention will be made of a disposable material strong enough to let water run through it without dissolving it, while also being able to retain facial hair from getting into the sink and going down the drain. The present invention will be a facial hair catch placed over and inside an average bathroom sink to prevent facial hair from going down the drain. The design of the product will fit any rectangular or oval sink and will retain facial hair when shaving while letting water run through it. When a user is shaving over a sink, the present invention will catch all facial hair. Once the user proceeds to wash their face, they can keep the product over the sink, as water will flow through the product while still retaining the shaved hair. Once a user has finished shaving, they will take the present invention out of a sink, exposing a clean and hairless sink to the user. The user may then dispose of the facial hair catch without having to clean their sink or worry about a clogged drain after shaving.