Hexagonal Bar weight calculation formula

Hexagonal Bar: A hexagon is a polygon with six sides and six angles. It is a two-dimensional shape that is often used in geometry and has a number of interesting properties. Hexagons can be regular or irregular, and they can be found in many different contexts, including in nature, in art and design, and in various structures and structures. Some common examples of hexagons include honeycomb cells, the patterns on a soccer ball, and the shape of certain crystal structures.

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A hexagonal bar is a long, slender piece of metal that has a hexagonal cross-sectional shape. It is also sometimes called a hexagonal rod or a hexagonal shaft. Hexagonal bars are often used in the construction of machinery and equipment, and they are typically made of steel or other metals. They are known for their strength and durability, and they can be machined and shaped into a variety of different components and parts. Hexagonal bars are available in a range of sizes and lengths, and they are used in a variety of applications across many different industries.

Type of  Hexagonal Bar

Hexagonal bars are made from a variety of different metals, including steel, aluminum, brass, and copper. The specific type of metal used will depend on the intended application and the required properties of the hexagonal bar.

Steel hexagonal bars are very strong and are commonly used in construction and machinery. They can be made from a variety of different steel alloys, including carbon steel, alloy steel, and stainless steel.

Aluminum hexagonal bars are lightweight and corrosion-resistant, making them ideal for use in marine and outdoor applications. They are also non-magnetic and have good electrical conductivity.

Brass hexagonal bars are strong and have good corrosion resistance, making them ideal for use in marine and outdoor applications. They are also non-magnetic and have good electrical conductivity.

Copper hexagonal bars are known for their excellent electrical and thermal conductivity, making them ideal for use in electrical applications. They are also resistant to corrosion and have good strength.

hexagonal bar Steel size chart

Here is a chart showing some common sizes for hexagonal steel bars, along with the corresponding dimensions and weights:

Size Width Across Flats (s) Width Across Corners (c) Weight per Foot (lb/ft)
1/4 inch 0.268 inches 0.447 inches 0.109 lbs
5/16 inch 0.324 inches 0.539 inches 0.164 lbs
3/8 inch 0.38 inches 0.631 inches 0.221 lbs
7/16 inch 0.435 inches 0.725 inches 0.291 lbs
1/2 inch 0.5 inches 0.866 inches 0.375 lbs
9/16 inch 0.563 inches 0.96 inches 0.471 lbs
5/8 inch 0.625 inches 1.083 inches 0.58 lbs
3/4 inch 0.75 inches 1.279 inches 0.816 lbs
7/8 inch 0.875 inches 1.478 inches 1.077 lbs
1 inch 1 inch 1.732 inches 1.36 lbs
1-1/4 inches 1.25 inches 2.197 inches 2.147 lbs
1-1/2 inches 1.5 inches 2.6 inches 3.055 lbs
2 inches 2 inches 3.5 inches 4.68 lbs

Note: These values are approximate and may vary slightly depending on the specific steel grade and other factors.

Hexagonal Bar weight calculation formula

Hexagonal Steel weight calculation formula
• Formula: side-to-side dia.×side-to-side dia.× length(m)×0.0068
• For E.g: 100mm(dia.)×6m (length)
• Calculation: 100×100×6×0.0068=408(kg)

Hexagonal Copper Rod weight calculation formula
• Formula: across width(mm)×across width(mm)×length(m)×0.0077

• For E.g: 100mm(dia.)×6m (length)

• Calculation: 100x100x6x0.0077 = 462(kg)

Hexagonal Brass Rod weight calculation formula
• Formula: width(mm)×across width(mm)×length(m)×0.00736

• For E.g: 100mm(dia.)×6m (length)

• Calculation: 100x100x6x0.00736= 441.6(kg)

Hexagonal Aluminum Rod weight calculation formula
• Formula: across width(mm)×across width(mm)×length(m)×0.00242

• For E.g: 100mm(dia.)×6m (length)

• Calculation: 100x100x6x0.00242 = 142.2(kg)

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