Stahlwille 01450012 Hex Socket, 44A  3/16 Inch 1/4 Inch Drive
Stahlwille 01450012 Hex Socket, 44A  3/16 Inch 1/4 Inch Drive

Stahlwille 01450012 Hex Socket, 44A 3/16 Inch 1/4 Inch Drive


Regular price$30.92 USD & FREE Shipping.
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  • For hex socket head screws
  • 1/4" internal square drive
  • Chrome Alloy Steel, chrome-plated
  • DIN 7422
Overview
The Hex Socket, 44A 3/16 Inch 1/4 Inch Drive is designed for hex socket head screws, ensuring accurate fit and reliable performance. It features a 1/4" internal square drive for compatibility with standard drive tools. Manufactured from chrome alloy steel and finished with a chrome-plated surface, it provides durability and corrosion resistance. The socket is produced in accordance with DIN 7422 standards, ensuring precise specifications and quality manufacturing.

Stahlwille 01450012 Hex Socket, 44A 3/16 Inch 1/4 Inch Drive

Specifications
General Information
Brand
Stahlwille
Product Type
Sockets
Packaging
Bulk
Country of Origin
Germany
UPC
4018754126934
California Residents
Proposition 65 Warning
Part Number
01450012
Physical Characteristics
Finish
Chrome plated
Material
Chrome Alloy Steel
Length
0.43 inches
Width
2.17 inches
Height
0.43 inches
Weight
0.01 kg
0.03 lb
Details
Wrench Type
Socket
Type
Socket
Size
3/16 Inches
Features
For hex socket head screws
1/4" internal square drive
Chrome Alloy Steel, chrome-plated
DIN 7422
Drive Connector Size
1/4 Inches
About Manufacturer
Stahlwille

While there are many brands of high quality German tools, few are as recognized as Stahlwille. Stahlwille Tools is well known not just for automotive tools, but they’re a brand widely used by the aerospace industry. One of Stahlwille’s contributions to aerospace was the “Tool Control” System which uses bright colors in the storage case that show only when a tool is missing. Stahlwille has also led innovation in aerospace applications by creating tools like the Anti Slip Drive, the Spline Drive the Quick Release and many more. The quality of Stahlwille Tools is among the best, anything less would be disastrous for those in aerospace.

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