Hilti
Hilti NCV 4-22 Cordless Concrete Vibrator
- Availability:
- Usually Ships Same Day
- Weight:
- 0.00 LBS
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Description
Hilti NCV 4-22 Cordless Concrete Vibrator
The Hilti NCV 4-22 is a compact cordless pencil concrete vibrator designed for consolidating small concrete pours, footings, curbs, walls, and other confined applications. Powered by the Nuron battery platform and equipped with a high-efficiency brushless motor, this vibrator delivers professional-grade concrete compaction performance without the limitations of power cords or gas-powered equipment.
Product Features
- Compact cordless concrete vibrator powered by the Nuron battery platform
- High-performance brushless motor delivering 15,000 vibrations per minute
- Ideal for consolidating small pours, footings, curbs, planter walls, and narrow forms
- 1.1" vibrator head helps remove trapped air and excess water from concrete
- 47-1/4" flexible hose provides excellent reach and maneuverability
- Low-noise, low-vibration operation for improved jobsite safety and comfort
- Lightweight design weighing under 8 lbs with whip installed
- No extension cords or fuel required for greater mobility on the jobsite
Technical Specifications
Vibration Frequency: 15,000 VPM
Head Diameter: 1.10 in
Hose Length: 47-1/4 in
Rated Voltage: 21.6V
Vibration Frequency: 15,000 VPM
Head Diameter: 1.10 in
Hose Length: 47-1/4 in
Rated Voltage: 21.6V
Why Choose the Hilti NCV 4-22?
The NCV 4-22 provides a convenient cordless solution for concrete consolidation where portability, mobility, and productivity matter most. Its compact design makes it easy to maneuver around dense rebar, narrow forms, and small pours while delivering the vibration performance needed to help achieve stronger, more consistent concrete placement.
The NCV 4-22 provides a convenient cordless solution for concrete consolidation where portability, mobility, and productivity matter most. Its compact design makes it easy to maneuver around dense rebar, narrow forms, and small pours while delivering the vibration performance needed to help achieve stronger, more consistent concrete placement.
