Stainless Steel Machine Screw, Hex Socket Drive, MIL-SPEC, #10-32, 1-1/4" Length (Pack of 25)

Stainless Steel Machine Screw, Hex Socket Drive, MIL-SPEC, #10-32, 1-1/4" Length (Pack of 25) Reviews

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Stainless Steel Machine Screw, Hex Socket Drive, MIL-SPEC, #10-32, 1-1/4" Length (Pack of 25) Feature

• Machine Screws are often used with nuts or driven into tapped holes
• Stainless Steel is suitable where formability and cost are important considerations
• Socket cap head fasteners are very common in industrial applications
• Drive system is a hexagon-shaped hole
• Fine threads tap better into harder materials and thin walls, and are stronger in tension than coarse threads

Machine Screws, also referred to as Machine Bolts, are often used with nuts or driven into tapped holes. They come in a variety of head types and drive styles, but are generally available in smaller sizes.

Stainless steels are used for their corrosion resistance, high-temperature strength, scaling resistance, and low-temperature toughness.  These properties account for their extremely wide use in practically every industry. Austenitic Stainless Steels are alloys of iron and carbon that contain between 16% and 30% Chromium, a maximum of 0.15% carbon, along with Nickel (or Manganese), and other alloying elements.  The chromium, which helps develop a passive surface oxide film, provides corrosion resistance in stainless steels.   Austenitic Stainless Steels are designated by a 3 digit SAE Stainless Steel Grade beginning with the number 3 (e.g. 304, 316).  Another common naming convention for Austenitic Stainless Steels are 18/8, 18/10, 18/0, etc. where the 18 refers to the % of Chromium and 8 to the % of Nickel contained in the material.    

With a high cylindrical head, socket cap head fasteners have a recessed driving area and offer high hold power at high torque levels. Hex socket drive systems are driven by hex wrenches or power tools with hexagonal bits.

A threaded fastener's size name includes information about the major external diameter, followed by the threads per inch, which indicates if it is coarse or fine. Fine threads are preferable when working with harder materials or when threading into a thin material. They are also stronger in tension than coarse threads, and generally provide higher shear strengths.

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Detail Reviews

Jun 25, 2011 11:06:35