Grey Pneumatic 1/2″ Drive x 17mm Deep Socket (2017MD)

Description

The Grey Pneumatic 1/2″ Drive x 17mm Deep Socket (2017MD) is engineered for durability and efficiency. Made from high-quality chrome-molybdenum steel, this socket is designed to meet the demands of both professional mechanics and DIY enthusiasts.

KEY FEATURES AND BENEFITS:

• Durable construction: Made of high-quality chrome-molybdenum steel for long-lasting performance.
• Impact tool compatibility: Designed to withstand the high torque and shock generated by impact tools.
• Optimized strength: Pressure is directed to the thicker section of the socket for increased durability.

SPECIFICATIONS:

• Drive: 1/2″
• Socket size: 17mm
• Socket depth: Deep
• Point: 12-point
• Material: Chrome-molybdenum steel
• Finish: Black oxide

HOW TO USE:

• Identify the fastener: Determine the size and type of fastener you need to work with.
• Select the correct socket: Choose the Grey Pneumatic 2017MD 1/2″ Drive x 17mm Deep Socket if it matches the fastener’s specifications.
• Attach the socket: Securely connect the socket to the impact tool using the 1/2″ drive.
• Position the socket: Align the socket with the fastener, ensuring a proper fit.
• Apply torque: Activate the impact tool to apply the necessary torque to tighten or loosen the fastener.

BENEFITS OF USING THE GREY PNEUMATIC 1/2″ DRIVE X 17MM DEEP SOCKET (2017MD):

• Enhanced durability: The high-quality steel construction ensures long-lasting performance.
• Improved efficiency: The optimized design and high torque drives make work easier and more efficient.
• Increased safety: The durable construction reduces the risk of socket failure, minimizing potential hazards.
• Cost-effective: The product offers excellent value for its quality and performance.

FEATURES:

• Clear identification: Hard-stamped size markings for easy recognition.
• Corrosion resistance: Black oxide coating protects against rust and corrosion.
• High torque drives: Reduces wear on both the fastener and the socket, improves torque transfer, and facilitates access to tight spaces.