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Milwaukee Electric Tools | 45-34-9032 | 1/4 Dr Soc,Metric Std-6MM Order Now
Original price was: $4.00.$2.00Current price is: $2.00.
For orders under $59.00, a shipping fee of $12.99 applies.
Specifications
- Manufacturer: Milwaukee Electric Tools
- Model Number: 45-34-9032
- Drive Size: 1/4 inch
- Socket Type: Standard Metric
- Socket Size: 6mm
- Weight: 0.032 lbs
- Dimensions: 3.29 x 1.77 x 0.4 inches
Key Features
- 6mm Metric Size: Engineered for precise fit on 6mm metric fasteners.
- 1/4 Inch Drive: Compatible with standard 1/4 inch drive ratchets, extensions, and other drive tools.
- Standard Depth Profile: Offers versatility for accessing fasteners in various common applications.
- Milwaukee Durability: Constructed to meet Milwaukee Tool’s standards for robust performance and tool life.
Applications
- Automotive Maintenance: Ideal for detailed engine work, interior repairs, and other tasks requiring small metric sockets.
- Electronic Repairs: Suitable for assembling or disassembling various electronic devices and components.
- Bicycle Maintenance: Useful for adjusting and repairing bicycle parts with 6mm metric fasteners.
- General Assembly: Supports a wide range of light-duty assembly and repair projects in workshops or around the home.
- Precision Fastening: Designed for applications where a snug, accurate fit is essential to prevent fastener damage.
Benefits
- Reliable Performance: Provides consistent and secure engagement with 6mm metric fasteners, minimizing slippage during operation.
- Enhanced Durability: Manufactured from robust materials, this Milwaukee 6mm socket withstands frequent use, ensuring long-term reliability.
- Versatile Use: The standard depth and 1/4 inch drive make it a fundamental component for diverse tasks, from professional repairs to DIY projects.
- Efficient Operation: Facilitates quick and straightforward installation and removal of fasteners, streamlining workflow.
- Prevents Fastener Damage: Delivers a precise fit that reduces the risk of stripping or rounding fastener heads, preserving component integrity.





