Alloy Steel Precision Shoulder Screw, Hex Socket Drive, #10-32, 3/16" Shoulder Length (Pack of 5)

Alloy Steel Precision Shoulder Screw, Hex Socket Drive, #10-32, 3/16" Shoulder Length (Pack of 5) Reviews

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Alloy Steel Precision Shoulder Screw, Hex Socket Drive, #10-32, 3/16" Shoulder Length (Pack of 5) Feature

• Shoulder Screws reduce rotation through locking
• Alloy Steel is one of the strongest materials used in fasteners, making this an ideal material to use when the primary concern is the application pulling apart
• 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

Shoulder Screws, also known as Shoulder Bolts, are used for several different applications, including those that involve rotation or require a locking type of screw. Shoulder Screws are distinct from other types of screws due to the fact that they are only partially threaded, leaving a smooth-sided round or square shaft between the threading and the head. This shaft is usually slightly larger than the threaded portion of the screw. Often used in automotive and mechanical applications.

Alloy Steel is steel that has been alloyed with other materials to improve overall physical properties. Steels are designated by a 4 number SAE Steel grade. The first two digits indicate the primary materials used to form the steel. The last 2 digits identify the percentage of carbon for the alloy (in hundredths). Tensile strength ranges for the alloys typically used in these fasteners range from 170,000 to 180,000 psi (pounds per square inch), making these amongst the strongest of materials.

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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