Pet hair cleaning brush TOM-PAR AMI-T09070 for removing pet fur and lint

TOM-PAR AMI-T09070 is a handheld pet hair cleaning brush designed to remove loose fur, lint and small debris from clothing, upholstery and pet bedding. The compact tool offers targeted brushing for quick surface cleaning and light grooming, helping to reduce visible shedding around the home and maintain neater fabrics and soft furnishings.

Advantages

The brush features a simple ergonomic shape that fits comfortably in the hand for repeated short sessions. Its brushing surface is optimized for lifting pet hair and lint from textile surfaces without aggressive friction, allowing safe use on garments, sofas and bedding. The tool is lightweight and portable, making it convenient for spot cleaning and for use while travelling with pets.

Suitable for

• Removing loose pet fur from clothing and outerwear
• Cleaning hair and lint from sofas, armchairs and cushions
• Refreshing pet beds, blankets and soft carriers
• Quick spot cleaning in cars or travel carriers

Key specifications

• Handheld brush format suitable for spot cleaning and light grooming
• Brushing surface designed to lift and collect fur, lint and small debris
• Ergonomic handle for controlled, single-handed use
• Lightweight and portable construction for home and travel use

How to use

Hold the brush with a comfortable grip and apply gentle, short strokes across the fabric surface in the direction of the textile pile. For upholstery and bedding, brush in sections and remove collected hair from the brush between passes. On clothing, use short strokes to avoid stretching delicate fabrics. Regular, brief sessions are sufficient for routine maintenance; heavier cleaning can be done by repeating passes until the surface appears clear.

Usage recommendations

Use the brush on dry fabrics only. Test on a small, inconspicuous area before using on delicate or loosely woven textiles. For dense undercoat or heavy shedding, combine with regular pet grooming to reduce the amount of loose fur on surfaces.