: Early mops were primarily large flat heads covered in cotton or wool strings that had to be physically beaten or shaken clean.
Modern dust mops, particularly those made of microfiber, don't just push dirt around—they use physics to trap it.
: Today’s mops often feature 360-degree swivel heads and extendable handles, allowing them to reach ceilings, walls, and narrow gaps where "dust bunnies" hide. 3. More Than Just Floor Care
: Thomas W. Steward was granted a patent in 1893 for a mop design intended to save users from "bruised knees" and "bad backs" by attaching cloth to a handle.
: Unlike the smooth fibers of a cotton mop, microfibers are "split" during manufacturing. This creates millions of tiny hooks that grab and hold onto bacteria and fine particles that a vacuum might simply blow back into the air.
: Early mops were primarily large flat heads covered in cotton or wool strings that had to be physically beaten or shaken clean.
Modern dust mops, particularly those made of microfiber, don't just push dirt around—they use physics to trap it.
: Today’s mops often feature 360-degree swivel heads and extendable handles, allowing them to reach ceilings, walls, and narrow gaps where "dust bunnies" hide. 3. More Than Just Floor Care
: Thomas W. Steward was granted a patent in 1893 for a mop design intended to save users from "bruised knees" and "bad backs" by attaching cloth to a handle.
: Unlike the smooth fibers of a cotton mop, microfibers are "split" during manufacturing. This creates millions of tiny hooks that grab and hold onto bacteria and fine particles that a vacuum might simply blow back into the air.
