Filmop Double Split Bucket Mop Trolley, BT15Y, Polypropylene, 30 Ltrs, Yellow

The Filmop Double Split Bucket Mop Trolley is a superior floor-care solution designed for efficiency, durability, and exceptional performance in professional and everyday cleaning environments. Built from rugged, high-quality polypropylene and finished in a bright yellow hue, this 30-liter double-compartment trolley combines practicality with advanced functionality to deliver outstanding wet-mopping results across a wide range of commercial and residential spaces. Engineered with the needs of cleaning professionals in mind, the BT15Y features a double split bucket design, allowing users to separate clean water from dirty rinse water during the mopping process. This intelligent arrangement promotes better hygiene, minimizes cross-contamination, and ensures consistently clean results — especially important in high-traffic areas such as hospitals, schools, shopping centers, offices, and hospitality environments. The large 30 L capacity provides ample volume for both compartments, reducing the need for frequent refills and enhancing overall cleaning productivity. Durability is at the heart of this trolley’s design. The impact-resistant polypropylene body withstands regular use, resists dents and corrosion, and holds up well against a variety of cleaning chemicals and detergents. Its sturdy construction ensures long-lasting reliability, even under demanding workloads. The bright yellow color not only offers a professional, refreshed look but also supports easy identification and color-coded hygiene practices for segregated cleaning zones. The double bucket system is designed for compatibility with a wide range of mop heads, including flat mops and traditional string mops, making it versatile for different cleaning methods and floor types. When paired with a suitable wringer (sold separately), the trolley facilitates efficient water extraction and controlled mop dampness, reducing floor drying time and helping maintain a safe, slip-resistant surface.