BOMA cabezal de cepillo de fregar industrial negro/amarillo de material reciclado 30 cm de ancho (170130)

This BOMA scrubbing brush head stands out with its aggressive cleaning action and heavy-duty construction, built for demanding industrial environments. The 30 cm wide head covers large areas quickly, while the hard synthetic bristles tackle stubborn dirt on rough surfaces. Made from recycled plastic, it combines sustainability with high wear resistance, making it a reliable choice for workshops and industrial floors.

Highlights

• Aggressive scrubbing action for tough industrial cleaning
• Hard synthetic bristles for effective dirt removal
• Made from recycled plastic for environmental responsibility
• Universal screw thread fits standard broom handles
• Heavy-duty and high wear resistance for long service life

In daily use

The brush head is suitable for both wet and dry cleaning, and its chemical and water resistance allow use with various cleaning agents. The bristle length of approximately 45 mm provides deep cleaning on rough surfaces, while the black and yellow colour scheme offers high visibility in busy work areas.

Full specifications

• Product type: Scrubbing Brush Head
• Application: Industrial Cleaning
• Width: 30 cm (300 mm)
• Colour: Black/Yellow
• Head material: Recycled Plastic
• Bristle material: Synthetic (e.g., Polypropylene)
• Bristle stiffness: Hard
• Mounting type: Universal Screw Thread
• Recommended use: Wet & Dry Cleaning
• Durability: Heavy-Duty, High Wear Resistance
• Chemical resistance: Yes
• Water resistance: Yes
• Environmental feature: Made from Recycled Materials
• Cleaning action: Aggressive Scrubbing
• Target surfaces: Industrial Floors, Rough Surfaces, Workshops
• Handle compatibility: Compatible with Standard Broom Handles
• Bristle length: Approx. 45 mm
• Operating temperature range: -10°C to +80°C
• Maintenance: Easy to Rinse and Clean

Final note

For heavy-duty scrubbing tasks, this BOMA brush head delivers consistent performance while supporting sustainable practices through recycled materials.