Description
Grey Pneumatic 1/4″ Surface Drive x 7/16″ Standard Univ Socket (914US) is a versatile 1/4″ surface drive universal socket designed for both general and impact tool applications. Its durable construction and innovative features make it a valuable addition to any toolbox.
KEY FEATURES AND BENEFITS:
- Universal joint: Provides flexibility for reaching difficult angles and tight spaces.
- Surface drive: Reduces wear on fastener corners, extending the life of both the socket and the fastener.
- Increased torque: Delivers powerful performance for demanding applications.
- Impact-resistant design: Built to withstand the high forces generated by impact tools.
- Lifetime warranty: Ensures long-lasting quality and reliability.
SPECIFICATIONS:
- Drive: 1/4 inch
- Size: 7/16 inch
- Type: Standard universal
- Material: High-quality chrome-molybdenum steel
HOW TO USE:
- Select the appropriate socket size: Ensure the socket size matches the fastener you’re working with.
- Attach the socket to the ratchet or extension: Securely connect the socket to your chosen tool.
- Position the socket over the fastener: Align the socket with the fastener’s head.
- Apply torque: Turn the ratchet or extension to tighten or loosen the fastener.
BENEFITS OF USING GREY PNEUMATIC 1/4″ SURFACE DRIVE X 7/16″ STANDARD UNIV SOCKET (914US):
- Enhanced efficiency: The universal joint and surface drive design allow for quicker and easier work.
- Increased durability: The high-quality materials and impact-resistant construction ensure long-lasting performance.
- Versatility: The socket’s versatility makes it suitable for a wide range of applications.
- Peace of mind: The lifetime warranty provides confidence in your investment.
FEATURES:
- Precision-engineered: Designed to meet the highest industry standards.
- Heat-treated steel: Offers optimal strength and durability.
- Chrome-plated finish: Provides corrosion resistance and a professional appearance.
- Ergonomic design: Comfortable grip for extended use.






Reviews
There are no reviews yet.