Bolts
Showing 529–552 of 1139 products


Aeronautical Standard
Aeronautical Standard AN6-22 Steel Undrilled Head/Drilled Shank Bolt, Machine
Rs 2,825
Aeronautical Standard
Aeronautical Standard AN6-21 Steel Undrilled Head/Drilled Shank Bolt, Machine
Rs 18,166
Aeronautical Standard
Aeronautical Standard AN6-15 Steel Undrilled Head/Drilled Shank Bolt, Machine
Rs 1,943

Aeronautical Standard
Aeronautical Standard AN6-14A Steel Undrilled Shank & Head Bolt, Machine
Rs 1,560
Aeronautical Standard
Aeronautical Standard AN6-14 Steel Undrilled Head/Drilled Shank Bolt, Machine
Rs 1,050
Aeronautical Standard
Aeronautical Standard AN6-12 Steel Undrilled Head/Drilled Shank Bolt, Machine
Rs 3,730
Aeronautical Standard
Aeronautical Standard AN6-11A Steel Undrilled Shank & Head Bolt, Machine
Rs 1,196
Aeronautical Standard
Aeronautical Standard AN6-11 Steel Undrilled Head/Drilled Shank Bolt, Machine
Rs 2,293
Aeronautical Standard
Aeronautical Standard AN176-33 Steel Undrilled Head/Drilled Shank Bolt, Close Tolerance
Rs 33,575
Aeronautical Standard
Aeronautical Standard AN176-51 Steel Undrilled Head/Drilled Shank Bolt, Close Tolerance
Rs 35,526
Aeronautical Standard
Aeronautical Standard AN176-17A Steel Undrilled Shank & Head Bolt, Close Tolerance
Rs 12,914
Aeronautical Standard
Aeronautical Standard AN176-14A Steel Undrilled Shank & Head Bolt, Close Tolerance
Rs 2,229
Aeronautical Standard
Aeronautical Standard AN176-13A Steel Undrilled Shank & Head Bolt, Close Tolerance
Rs 2,430
Aeronautical Standard
Aeronautical Standard AN176-27A Steel Undrilled Shank & Head Bolt, Close Tolerance
Rs 4,766
Aeronautical Standard
Aeronautical Standard AN176-23 Steel Undrilled Head/Drilled Shank Bolt, Close Tolerance
Rs 9,422






Perhaps the most widely known piece of hardware is the bolt, but if you were asked what one is, could you answer it? Skygeek would.
Bolts are simply threaded fasteners. Aircraft contain countless parts and these parts must frequently be either dismantled and/or replaced. Securing or fastening adjacent parts together (forming a joint) is sometimes achieved by using rivets. However, it is often more practical to use bolts, especially when greater strength and rigidity are required. Bolts are different from other threaded fasteners— like screws—in that they must be screwed into a nut and subsequently tightened by turning it. Turning bolts with right-handed threads requires a clockwise direction; left-handed threads a counter-clockwise direction. Unlike screws, bolts generally have a shorter threaded section and a relatively longer grip length.
The anatomy of a bolt will help you identify and select the right one for a certain application. When using a bolt, keep in mind the following parts (refer to the corresponding diagram): length, diameter, grip, threads, head width and head thickness. The head comes in many styles (e.g. hex, clevis, eyebolt). The part not including the head is called the shaft. Length measures the distance from the bottom of the head to the bottom of the shaft. Diameter refers to the thickness of the shaft. The grip is considered the unthreaded part of the shaft; it runs from the bottom of the head to the beginning of the thread.
Another factor in determining the right bolt is composition. Bolts are usually made of metal such as (Corrosion-resistant, or CRES) steel or aluminum alloy. In addition, bolts often have finishes or surface treatments—cadmium and chromate being two of them.
Most bolts conform to a variety of standards: Air Force/Navy (AN), National Aircraft Standard (NAS), and Military Standard (M or MS). SkyGeek carries an extensive and growing list of series of bolts that meet or exceed these standards. Click on the specific series that suits your needs.
