The Lisle Multijet Flow-thru Brush (89550) is a high-performance cleaning tool designed for industrial parts washers. This brush is equipped with a unique Multijet system that ensures continuous cleaning of the brush head, maximizing efficiency and minimizing downtime.
KEY FEATURES AND BENEFITS:
- Self-Cleaning Technology: The Multijet system utilizes a ring of solvent jets to effectively clean the brush head, preventing debris buildup and maintaining optimal performance.
- Durable Construction: The brush features a long-lasting, stiff Trialoy polyester filament that can withstand harsh cleaning environments and chemicals.
- Ergonomic Design: The injection-molded handle provides a comfortable and secure grip, reducing user fatigue during extended use.
- Versatile Application: Compatible with a variety of solvent-based cleaning solutions, making it suitable for a wide range of industrial cleaning tasks.
SPECIFICATIONS:
- Filament Material: Trialoy polyester
- Handle Material: Injection-molded plastic
- Connection: Solvent circulating system
HOW TO USE:
- Attach to Hose: Connect the brush to a suitable hose connected to the solvent circulating system.
- Immerse in Solvent: Dip the brush into the cleaning solution.
- Clean Parts: Scrub the parts with the brush, utilizing the Multijet system to keep the brush head clean.
- Rinse: Rinse the parts with clean solvent or water.
BENEFITS OF USING LISLE MULTIJET FLOW-THRU BRUSH (89550):
- Improved Efficiency: The self-cleaning design minimizes downtime and increases productivity.
- Enhanced Cleaning Performance: The powerful jet system ensures thorough cleaning of even the most stubborn contaminants.
- Reduced Maintenance: The durable construction and easy-to-clean design minimize maintenance requirements.
- Ergonomic Comfort: The comfortable handle reduces user fatigue during extended use.
FEATURES:
- Multijet system for continuous cleaning
- Durable Trialoy polyester filament
- Compatible with solvent-based cleaning solutions
- Easy to connect to solvent circulating system
