High Leverage Round Nose Lineman`s Pliers - 9 In - Channellock

The Channellock 369 9-inch High Leverage Round Nose Lineman's Pliers are engineered for the rigorous demands of professional automotive and industrial environments. These pliers deliver superior gripping and cutting power through their high leverage design, making them an indispensable tool for technicians and mechanics tackling heavy-duty electrical, mechanical, and maintenance tasks.

Key Features

• High Leverage Design: Maximizes gripping and cutting force, enabling efficient work on stubborn wires, cables, and components.
• Laser Heat-Treated Cutting Edges: Precisely aligned and hardened cutting edges ensure clean, consistent cuts and prolonged sharpness.
• Polished High Carbon Drop-Forged Steel: Constructed from premium steel for exceptional strength, durability, and a long service life in demanding conditions.
• Integrated Crushing Area: Provides a dedicated zone for effectively breaking, bending, and shaping various materials.
• Channellock Blue Comfort Grips: Designed to enhance user comfort and control, these grips help reduce hand fatigue during extended use.

Applications

The Channellock 369 pliers are a versatile addition to any professional toolbox, suitable for a range of applications including:

• Automotive Electrical Systems: Gripping, bending, and cutting heavy gauge wires, battery cables, and harnesses.
• Industrial Maintenance: Manipulating pipes, securing fasteners, and performing general repairs on machinery and equipment.
• Mechanical Work: Handling and forming various metal components and rods.
• Construction: Working with rebar tying, wire mesh, and other robust materials.

Specifications

• Length: 9 1/2 in (225 mm)
• Weight: 17.01 oz (482 g)
• Jaw Length: 1 17/32 in (39 mm)
• Joint Thickness: 35/64 in (14 mm)
• Joint Width: 1 5/16 in (33.5 mm)
• Cutting Length: 47/64 in (18.5 mm)
• Other: Rounded Nose design
• Important Note: Channellock Blue comfort grips are for hand comfort and improved appearance and are not warranted for dielectric properties.