1-1/4” x 2? to 6? Expandable Hose - Milwaukee Electric Tools

Specifications

• Manufacturer: Milwaukee Electric Tools
• Model Number: 49-90-2014
• Hose Diameter: 1-1/4 inches
• Collapsed Length: 2 feet
• Expanded Length: 6 feet
• Material: Plastic
• Weight: 1.42 lbs
• Dimensions: 8.07 x 9 x 4.21 inches

Key Features

• Expandable Design: This hose extends from a compact 2 feet to an extended 6 feet, providing both versatile reach and efficient storage.
• Optimal Diameter: A 1-1/4 inch diameter makes this hose suitable for a variety of dust extraction and vacuuming tasks.
• Removable Hose End: The hose end is designed to be removable, allowing for direct connection with the Milwaukee Power Tool Adapter (49-90-2018 adapter) for enhanced compatibility.
• Secure Connection: A quarter-turn design effectively locks the hose into place, ensuring a stable and reliable attachment during use.
• Flexible Material: Constructed from a durable and flexible plastic, the hose offers easy maneuverability and a better overall cleaning experience.

Applications

• Connecting to Milwaukee M18 FUEL™ PACKOUT™ 2.5 Gallon Wet/Dry Vacuums.
• Attaching to Milwaukee M18™ 2 Gallon Wet/Dry Vacuums for efficient debris removal.
• General dust extraction and cleanup operations in workshops and on jobsites.
• Providing extended reach for vacuuming in confined spaces or elevated areas.

Benefits

• Increased Versatility: The hose's expandable length provides the flexibility to perform various tasks and reach remote areas without requiring multiple hose sizes.
• Efficient Cleanup: Facilitates a cleaner work environment by seamlessly connecting to compatible vacuums and power tools for effective dust and debris management.
• Simplified Storage: The ability to collapse to 2 feet minimizes storage space requirements, keeping work areas organized.
• Optimized Performance: Designed for Milwaukee wet/dry vacuums, this hose ensures seamless integration and consistent suction performance for reliable operation.
• Enhanced User Comfort: Its lightweight and flexible construction contributes to reduced user fatigue during extended periods of operation.