Heavy Duty Air Impact Wrench Composite 1/2" Drive Kincrome K13205

DESCRIPTION

AIR IMPACT WRENCH 1/2" H/DUTY K13205

DESCRIPTION:

The Kincrome Composite Heavy Duty Air Impact Wrench – 1/2° Square Drive (Part No. K13205) is a must have for any professional automotive workshop, car enthusiast or industrial trade application, delivering ULTIMATE POWER and ULTIMATE RELIABILITY!

Impact Wrenches are ideal for any automotive application, whether removing wheel nuts or performing maintenance on suspension components, motor or gear boxes, you can guarantee a Kincrome Impact Wrench will get the job done quickly and easily!

The Kincrome Composite Heavy Duty Air Impact Wrench is manufactured from a lightweight, composite housing, providing enhanced durability and their unique twin bearing system allows for smooth operation, reducing vibration thus allowing for maximum control!

The Kincrome Air Impact Wrench features three different forward / reverse speed settings!

The Kincrome Composite Heavy Duty Air Impact Wrench is the most powerful of our range of Industrial Impact Wrenches! Delivering a HUGE 1627NM of NUT BUSTING TOQUE!

The Kincrome Composite Heavy Duty Air Impact Wrench features a compact design, allowing to get into those harder to reach spaces within your engine bay!

The Kincrome Industrial Air Impact Wrench range will work on most home and workshop compressors, only requiring 119-139LPM of free air flow!

Like the rest of the Kincrome Air Tool Range, you can sleep easy knowing the Kincrome Composite Heavy Duty Air Impact Wrench – 1/2° Square Drive (Part No. K13205) is backed by our premium 2 Year Warranty!

FEATURES:

• Lightweight composite body
• Powerful 'twin hammer' mechanism
• Soft grip & ergonomic handle design
• High Performance
• Ultra low noise
• Energy saving
• Rear Exhaust
• Adjustable speed
• Forward / reverse
• 3 forward speed/torque settings
• 1627Nm 'nut busting' torque

 
Part Number/SKU: K13205

* Product Images are for illustration purposes only, unless otherwise specified colour may be different.