Dust Mop Frames
Powder coated black finish. 5 in. frames fit all dust mop styles. Smooth surface for easy insertion and minimal wear on mops. Rust resistant.
- Renown dust mop frame
- Clamp on
- 24 in. x 5 in.
- 12-pieces/carton
Powder coated black finish. 5 in. frames fit all dust mop styles. Smooth surface for easy insertion and minimal wear on mops. Rust resistant.
- Renown dust mop frame
- Clamp on
- 36 in. x 5 in.
- 12-pieces/carton
Powder coated black finish. 5 in. frames fit all dust mop styles. Smooth surface for easy insertion and minimal wear on mops. Rust resistant.
- Renown dust mop frame
- Clamp on
- 48 in. x 5 in.
- 12-pieces/carton
Powder coated black finish. 5 in. frames fit all dust mop styles. Smooth surface for easy insertion and minimal wear on mops. Rust resistant.
- Renown dust mop frame
- Clamp on
- 60 in. x 5 in.
- 12-pieces/carton
Powder coated black finish. 5 in. frames fit all dust mop styles. Smooth surface for easy insertion and minimal wear on mops. Rust resistant.
- Renown dust mop frame
- Clamp on
- 18 in. x 5 in.
- 12-pieces/carton
This dust mop frame is constructed of heavy-duty metal. It features a powder coated finish. Its finish is corrosion resistant.
- Durable performance
- Long lasting
- Snap-on feature
- Makes changing mop heads easy
Hall-Dusting Microfiber Quick Connect Frame, 48 1/10w x 3 1/2d, Yellow. Connects To Microfiber Mop Heads With A Hook-And-Loop Fastener That Can Be Replaced When Worn. Features a nylon swivel joint for flexible maneuvering. Made of aluminum with stainless steel fastenings for corrosion resistance and light weight. Made with non-magnetic metals, enabling use near magnetically sensitive equipment, such as MRIs. Measures 18"l x 3 1/2"w x 1 1/2"h. Mfg #RCPQ59000YL
- Connects To Microfiber Mop Heads With A Hook-And-Loop Fastener That Can Be Replaced When Worn.
- Features a nylon swivel joint for flexible maneuvering.
- Made of aluminum with stainless steel fastenings for corrosion resistance and light weight.
- Made with non-magnetic metals, enabling use near magnetically sensitive equipment, such as MRIs.