What is Federal Supply Class 9520?

FSC 9520 is the Federal Supply Class (formally known as NATO Supply Classification Class NSC 9520) in the USA for supply items codified in the category of Structural Shapes.

What is NATO Supply Classification Class 9520?

NSC 9520 is the NATO Supply Classification Class (also known as Federal Supply Class FSC 9520 in the USA) for supply items codified in the category of Structural Shapes.

Which Federal Supply Group is FSC 9520 in?

FSC 9520 is in Federal Supply Group (FSG) 95 which contains Metal Bars, Sheets, and Shapes.

Which NATO Supply Classification Group is NSC 9520 in?

NSC 9520is in NATO Supply Classification Group (NSG) 95 which contains Metal Bars, Sheets, and Shapes.

What is a Structural Angle?

A Structural Angle (ANGLE,STRUCTURAL) is a structural shape fabricated from a ferrous or nonferrous material and resembling the letter L in cross-sectional form. The edges may have a bulb, be rounded, and the inside corner may have a fillet.

What is a Structural Beam?

A Structural Beam (BEAM,STRUCTURAL) is a structural shape fabricated from a ferrous or nonferrous material and resembles the following cross-sectional forms: For the letter H, both flanges of the H section are equal or longer than the width measured along the axis of the web; for the letter I, a 16 2/3 percent slope on the inside face of the ferrous type flange, either one or both of the nonferrous type flanges are shorter than the length measured along the axis of the web; for the letters T and Z, on nonferrous type, the web is usually at right angles to the flanges. Letter H section may have a maximum of 5 percent slope on the inside face of the flanges.

What is a Structural Channel?

A Structural Channel (CHANNEL,STRUCTURAL) is a structural shape fabricated from a ferrous or nonferrous material and has a flange extending usually at right angles in the same direction from each edge of a web and/or resembling the letter U in cross-sectional form.

Structural Shapes - United Kingdom (UK)

Federal Supply Class (FSC): 9520

NATO Supply Classification Class (NSC): 9520

Federal Supply Group (FSG): 95 Metal Bars, Sheets, and Shapes

NATO Supply Classification Group (NSG): 95 Metal Bars, Sheets, and Shapes

Items Managed by United Kingdom (UK) - NCB is 99

Page 2 of 2

NSN Format for Structural Shapes
Codified by United Kingdom

95	20	99	XXX
Group FSG	Class	NCB	Identifier
FSC Federal Supply Class		NIIN
NSN

NATO Supply Class 9520 is a classification within NATO Supply Group 95, which is dedicated to Metal Bars, Sheets, and Shapes.

Specifically, NATO Supply Class 9520 focuses on Structural Shapes. These are metal components that are designed to provide support and stability to various structures. They are commonly used in construction, engineering, and manufacturing industries.

Structural shapes can come in various forms, including beams, channels, angles, and tees. These shapes are typically made from materials such as steel, aluminum, or other metals that possess high strength and durability.

The purpose of NATO Supply Class 9520 is to categorize and standardize the procurement and supply of structural shapes within NATO member countries. This classification system helps ensure compatibility and interoperability among different military forces and organizations.

By using NATO Supply Class 9520, military personnel and procurement officers can easily identify and request the specific structural shapes they need for their projects or operations. This classification system streamlines the procurement process and facilitates efficient logistics management.

Overall, NATO Supply Class 9520 plays a crucial role in the supply chain management of metal bars, sheets, and shapes, specifically focusing on structural shapes used in various military and civilian applications.

FSC 9520 Structural Shapes - United Kingdom (UK)

Includes Bar Size Shapes (under 3 inches); Metal Piles and Piling; Angles; Channels; Tees; Zees.

Excludes Plate, Sheet and Strip Materials (FSC 9515).

Frequently Asked Questions(FAQ) for Federal Supply Class 9520

What is Federal Supply Class 9520?: FSC 9520 is the Federal Supply Class (formally known as NATO Supply Classification Class NSC 9520) in the USA for supply items codified in the category of Structural Shapes.
What is NATO Supply Classification Class 9520?: NSC 9520 is the NATO Supply Classification Class (also known as Federal Supply Class FSC 9520 in the USA) for supply items codified in the category of Structural Shapes.
Which Federal Supply Group is FSC 9520 in?: FSC 9520 is in Federal Supply Group (FSG) 95 which contains Metal Bars, Sheets, and Shapes.
Which NATO Supply Classification Group is NSC 9520 in?: NSC 9520 is in NATO Supply Classification Group (NSG) 95 which contains Metal Bars, Sheets, and Shapes.

Supply Items Included in Federal Supply Class 9520

What is a Structural Angle? 146 Items: A Structural Angle (ANGLE,STRUCTURAL) is a structural shape fabricated from a ferrous or nonferrous material and resembling the letter L in cross-sectional form. The edges may have a bulb, be rounded, and the inside corner may have a fillet.
What is a Structural Beam? 48 Items: A Structural Beam (BEAM,STRUCTURAL) is a structural shape fabricated from a ferrous or nonferrous material and resembles the following cross-sectional forms: For the letter H, both flanges of the H section are equal or longer than the width measured along the axis of the web; for the letter I, a 16 2/3 percent slope on the inside face of the ferrous type flange, either one or both of the nonferrous type flanges are shorter than the length measured along the axis of the web; for the letters T and Z, on nonferrous type, the web is usually at right angles to the flanges. Letter H section may have a maximum of 5 percent slope on the inside face of the flanges.
What is a Structural Channel? 86 Items: A Structural Channel (CHANNEL,STRUCTURAL) is a structural shape fabricated from a ferrous or nonferrous material and has a flange extending usually at right angles in the same direction from each edge of a web and/or resembling the letter U in cross-sectional form.