Grey Pneumatic | 4952F | 1 In Dr Impact Hex Driver - 1-5/8 In

Specifications

• Manufacturer: Grey Pneumatic Corp.
• Model Number: {manufacturers_part_number}
• Drive Size: 1 inch
• Hex Bit Size: 1-5/8 inches
• Tool Type: Impact Hex Driver
• Weight: 6 lbs
• Dimensions: 5 x 5 x 4 inches

Key Features

• Heavy-Duty 1-Inch Drive: Engineered for high-torque impact wrenches, ensuring robust performance in demanding industrial applications.
• Precision 1-5/8 Inch Hex Bit: Provides an accurate fit for large hex fasteners, minimizing slippage and potential damage to components.
• Impact-Grade Construction: Manufactured for durability, this impact hex driver withstands repetitive high-stress use common in heavy equipment and automotive maintenance.
• Professional Quality: Produced by Grey Pneumatic, a recognized manufacturer of impact-grade tools known for reliability and longevity.

Applications

• Heavy Equipment Maintenance: Essential for servicing large machinery, agricultural vehicles, and construction equipment.
• Industrial Assembly and Repair: Suitable for use in manufacturing facilities, structural steel projects, and other industrial settings requiring powerful fastening.
• Commercial Vehicle Service: Employed in the maintenance and repair of commercial trucks, buses, and other heavy-duty automotive applications.
• Specialized Fastener Operations: Effectively handles oversized hex bolts and nuts where significant torque is required for secure installation or removal.

Benefits

• Enhanced Durability: The robust construction extends tool life, reducing replacement frequency even under intense working conditions.
• Improved Efficiency: A secure 1-inch drive and precise 1-5/8 inch hex bit facilitate quick and effective handling of large fasteners, streamlining operations.
• Reduced Fastener Damage: Accurate fit helps prevent rounding or stripping of hex fasteners, safeguarding expensive components and avoiding rework.
• Reliable Performance: Delivers consistent power transfer and dependable operation in professional environments, minimizing downtime.