Concrete columns are vertical structural elements made from reinforced concrete, designed to support and transfer loads to a building's foundation. They combine steel reinforcement bars (rebar) with concrete, offering excellent strength and durability. These columns are commonly used in modern construction for residential, commercial, and industrial buildings.

Available in various shapes and sizes, concrete columns can be customized to meet specific design and load-bearing requirements. Their resistance to fire, rot, and pests makes them a practical choice for many applications. Proper installation, including correct rebar placement and concrete mix, is essential to ensure the longevity and performance of concrete columns.

Concrete columns have evolved significantly over time, with roots in ancient Roman construction techniques. The Romans used a primitive form of concrete called opus caementicium, which allowed them to build impressive structures like the Colosseum and Pantheon. In the 19th century, reinforced concrete was developed, revolutionizing column design and construction. The 20th century saw further advancements, such as precast and prestressed concrete columns, enabling more efficient and versatile applications in diverse architectural projects.

What are the advantages of concrete columns?

Concrete columns provide excellent strength and durability, with reinforced concrete combining the compressive strength of concrete and the tensile strength of steel. These columns are resistant to fire, rot, and pests, ensuring long-lasting performance. Concrete columns can be molded into various shapes and sizes, offering design flexibility. They are also cost-effective, with relatively low material and maintenance costs. Additionally, concrete columns can be precast off-site, allowing for faster and more efficient construction.

What is the general rule of thumb for spacing concrete columns?

A general rule of thumb for concrete column spacing is to keep the distance between columns around 15-20 feet (4.5-6 meters). This range balances structural support and efficient use of materials while providing design flexibility. However, the actual spacing depends on factors such as load-bearing requirements, building type, and architectural design. A structural engineer should analyze these factors to determine the most suitable spacing and column dimensions, ensuring a safe and efficient construction that meets the specific needs of a project.

How do concrete columns attach to floors?

Concrete columns attach to floors using a combination of reinforcement bars (rebar) and concrete. During construction, the rebars from the column extend into the floor slab or beam, creating a continuous connection. The floor's reinforcement is then tied to the column rebars. Concrete is poured over the tied rebars, embedding them within the floor structure. As the concrete cures, it forms a strong bond between the column and floor, ensuring stability and load transfer between these structural elements.

* Under Development *

Related Tags
Concrete Columns Guides
Browse through our curated Concrete Columns Guides for additional categorizations, tips, details, variations, styles, and histories of Concrete Columns. Guides provide additional insights into the unique properties and shared relationships between elements.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
8’-32’ | 2.44-9.75 m
12”-32” | 30.5-81.3 cm
12”-32” | 30.5-81.3 cm
Concrete Column - Brick
975.000
81.300
81.300
250
https://p3d.in/e/0KBnY
GUIDE
3D
Concrete Column - BrickView of Brick Concrete Column in 3D available for downloadView of Brick Concrete Column in 3D available for download
8’-32’ | 2.44-9.75 m
8”-32” | 20.3-81.3 cm
8”-32” | 20.3-81.3 cm
Concrete Column - CMU
975.000
81.300
81.300
20
https://p3d.in/e/yNTme
GUIDE
3D
Concrete Column - CMUPerspective view of a 3D model of CMU Concrete ColumnPerspective view of a 3D model of CMU Concrete Column
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Circle
1100.000
91.400
91.400
305
https://p3d.in/e/QytXi
GUIDE
3D
Concrete Column - CircleView of Circular Concrete Column in 3D available for downloadView of Circular Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Corbel, 1
1100.000
91.400
91.400
10
https://p3d.in/e/DuwM9
GUIDE
3D
Concrete Column - Corbel, 1View of 1-Sided Corbel Concrete Column in 3D available for downloadView of 1-Sided Corbel Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Corbel, 2, Pair
1100.000
91.400
91.400
10
https://p3d.in/e/c0MZQ
GUIDE
3D
Concrete Column - Corbel, 2, Pair3D model of 2-Sided Paired Corbel Concrete Column viewed in perspective3D model of 2-Sided Paired Corbel Concrete Column viewed in perspective
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Corbel, 2, Pair, Continuous
1100.000
91.400
91.400
10
https://p3d.in/e/Gbot4
GUIDE
3D
Concrete Column - Corbel, 2, Pair, ContinuousPerspective view of a 3D model of 2-Sided Paired Continuous Corbel Concrete ColumnPerspective view of a 3D model of 2-Sided Paired Continuous Corbel Concrete Column
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Corbel, 2, Split
1100.000
91.400
91.400
10
https://p3d.in/e/yMWr0
GUIDE
3D
Concrete Column - Corbel, 2, SplitView of 2-Sided Split Corbel Concrete Column in 3D available for downloadView of 2-Sided Split Corbel Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Corbel, 3
1100.000
91.400
91.400
10
https://p3d.in/e/Oj35j
GUIDE
3D
Concrete Column - Corbel, 33D model of 3-Sided Corbel Concrete Column viewed in perspective3D model of 3-Sided Corbel Concrete Column viewed in perspective
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Corbel, 3, Continuous
1100.000
91.400
91.400
10
https://p3d.in/e/ErodM
GUIDE
3D
Concrete Column - Corbel, 3, ContinuousPerspective view of a 3D model of 3-Sided Continuous Corbel Concrete ColumnPerspective view of a 3D model of 3-Sided Continuous Corbel Concrete Column
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Corbel, 4
1100.000
91.400
91.400
10
https://p3d.in/e/decil
GUIDE
3D
Concrete Column - Corbel, 4View of 4-Sided Corbel Concrete Column in 3D available for downloadView of 4-Sided Corbel Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Corbel, 4, Continuous
1100.000
91.400
91.400
10
https://p3d.in/e/LYQKS
GUIDE
3D
Concrete Column - Corbel, 4, Continuous3D model of 4-Sided Continuous Corbel Concrete Column viewed in perspective3D model of 4-Sided Continuous Corbel Concrete Column viewed in perspective
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Corbel, 4, Stacked
1100.000
91.400
91.400
10
https://p3d.in/e/wnM69
GUIDE
3D
Concrete Column - Corbel, 4, StackedPerspective view of a 3D model of 4-Sided Stacked Corbel Concrete ColumnPerspective view of a 3D model of 4-Sided Stacked Corbel Concrete Column
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
24”-36” | 61-91.4 cm
24”-36” | 61-91.4 cm
Concrete Column - Cruciform Section
1100.000
91.400
91.400
0
https://p3d.in/e/kAVn7
GUIDE
3D
Concrete Column - Cruciform Section3D model of Cruciform Concrete Column viewed in perspective3D model of Cruciform Concrete Column viewed in perspective
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
24”-36” | 61-91.4 cm
18”-36” | 45.7-91.4 cm
Concrete Column - I-Section
1100.000
91.400
91.400
0
https://p3d.in/e/0r6d9
GUIDE
3D
Concrete Column - I-SectionView of I-Section Concrete Column in 3D available for downloadView of I-Section Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
18”-36” | 45.7-91.4 cm
18”-36” | 45.7-91.4 cm
Concrete Column - L-Section
1100.000
91.400
91.400
0
https://p3d.in/e/oojZN
GUIDE
3D
Concrete Column - L-SectionPerspective view of a 3D model of L-Section Concrete ColumnPerspective view of a 3D model of L-Section Concrete Column
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
8”-36” | 20.3–91.4 cm (Typical); 48” | 122 cm (Max)
16”-72” | 40.6–183 cm (Typical); 96” | 244 cm (Max)
Concrete Column - Rectangle, 1:2
1100.000
91.400
183.000
305
https://p3d.in/e/TOyPp
GUIDE
3D
Concrete Column - Rectangle, 1:23D model of Rectangular 1:2 Concrete Column viewed in perspective3D model of Rectangular 1:2 Concrete Column viewed in perspective
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
8”-36” | 20.3–91.4 cm (Typical); 48” | 122 cm (Max)
12”-54” | 20.3–137 cm (Typical); 72” | 183 cm (Max)
Concrete Column - Rectangle, 2:3
1100.000
91.400
137.000
305
https://p3d.in/e/UCc32
GUIDE
3D
Concrete Column - Rectangle, 2:3Perspective view of a 3D model of Rectangular 2:3 Concrete ColumnPerspective view of a 3D model of Rectangular 2:3 Concrete Column
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Slant, Circle, 15 Degrees
1100.000
91.400
91.400
75
https://p3d.in/e/Tjb4z
GUIDE
3D
Concrete Column - Slant, Circle, 15 Degrees3D model of 15 Degree Slanted Round Concrete Column viewed in perspective3D model of 15 Degree Slanted Round Concrete Column viewed in perspective
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
18”-36” | 45.7-91.4 cm (Typical); 48” | 122 cm (Max)
18”-36” | 45.7-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Slant, Circle, 30 Degrees
1100.000
91.400
91.400
75
https://p3d.in/e/wZ2S7
GUIDE
3D
Concrete Column - Slant, Circle, 30 DegreesView of 30 Degree Slanted Round Concrete Column in 3D available for downloadView of 30 Degree Slanted Round Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Slant, Square, 15 Degrees
1100.000
91.400
91.400
75
https://p3d.in/e/a3ouT
GUIDE
3D
Concrete Column - Slant, Square, 15 DegreesPerspective view of a 3D model of 15 Degree Slanted Square Concrete ColumnPerspective view of a 3D model of 15 Degree Slanted Square Concrete Column
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
18”-36” | 45.7-91.4 cm (Typical); 48” | 122 cm (Max)
18”-36” | 45.7-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Slant, Square, 30 Degrees
1100.000
91.400
91.400
75
https://p3d.in/e/xwHqF
GUIDE
3D
Concrete Column - Slant, Square, 30 Degrees3D model of 30 Degree Slanted Square Concrete Column viewed in perspective3D model of 30 Degree Slanted Square Concrete Column viewed in perspective
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
8”-36” | 20.3–91.4 cm (Typical); 48” | 122 cm (Max)
8”-36” | 20.3–91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Square
1100.000
91.400
91.400
305
https://p3d.in/e/mOVEl
GUIDE
3D
Concrete Column - SquareView of Square Concrete Column in 3D available for downloadView of Square Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
18”-36” | 45.7-91.4 cm
18”-36” | 45.7-91.4 cm
Concrete Column - T-Section
1100.000
91.400
91.400
0
https://p3d.in/e/fPcKe
GUIDE
3D
Concrete Column - T-SectionView of T-Section Concrete Column in 3D available for downloadView of T-Section Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - V-Shape, 15 Degrees
1100.000
91.400
91.400
30
https://p3d.in/e/iGXbp
GUIDE
3D
Concrete Column - V-Shape, 15 DegreesView of 15 Degree V-Shape Concrete Column in 3D available for downloadView of 15 Degree V-Shape Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - V-Shape, 30 Degrees
1100.000
91.400
91.400
30
https://p3d.in/e/pCvQp
GUIDE
3D
Concrete Column - V-Shape, 30 DegreesPerspective view of a 3D model of 30 Degree V-Shape Concrete ColumnPerspective view of a 3D model of 30 Degree V-Shape Concrete Column
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - X-Shape
1100.000
91.400
91.400
20
https://p3d.in/e/iPVas
GUIDE
3D
Concrete Column - X-ShapeView of X-Shape Concrete Column in 3D available for downloadView of X-Shape Concrete Column in 3D available for download
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Y-Shape, 15 Degrees
1100.000
91.400
91.400
20
https://p3d.in/e/UV2li
GUIDE
3D
Concrete Column - Y-Shape, 15 DegreesPerspective view of a 3D model of 15 Degree Y-Shape Concrete ColumnPerspective view of a 3D model of 15 Degree Y-Shape Concrete Column
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
24”-36” | 61-91.4 cm (Typical); 48” | 122 cm (Max)
Concrete Column - Y-Shape, 30 Degrees
1100.000
91.400
91.400
20
https://p3d.in/e/2uwXT
GUIDE
3D
Concrete Column - Y-Shape, 30 Degrees3D model of 30 Degree Y-Shape Concrete Column viewed in perspective3D model of 30 Degree Y-Shape Concrete Column viewed in perspective
Concrete Column - Slant, Square, 15 Degrees
Style and size comparison drawing of 15 Degree Slanted Square Concrete Column compared to other concrete column types

A slanted square concrete column is a large, sturdy structure that is used to support weight. It is made of concrete, which is a strong and durable material. The column is square in shape, and it is slanted at an angle. This allows it to support more weight than a vertical column. The column is typically used in buildings and other structures where there is a need for extra support. It can also be used as a decorative element. The column can be made in a variety of sizes and shapes to suit the specific needs of the project.

15 Degree Slanted Square Concrete Columns are available with typical widths between 12”-36” (30.5-91.4 cm) and typical heights from 12’-36’ (3.66-11 m). Maximum sizes for 15 Degree Slanted Square Concrete Columns include widths up to 48” (122 cm) and heights up to 80’ (24.4 m).

Set of scaled dimensioned drawings of 15 Degree Slanted Square Concrete Column viewed from the front, plan, and side
A slanted square concrete column is a large, sturdy structure that is used to support weight. It is made of concrete, which is a strong and durable material. The column is square in shape, and it is slanted at an angle. This allows it to support more weight than a vertical column.

15 Degree Slanted Square Concrete Columns are available with typical widths between 12”-36” (30.5-91.4 cm) and typical heights from 12’-36’ (3.66-11 m). Maximum sizes for 15 Degree Slanted Square Concrete Columns include widths up to 48” (122 cm) and heights up to 80’ (24.4 m).

Set of scaled dimensioned drawings of 15 Degree Slanted Square Concrete Column viewed from the front, plan, and side
Concrete Column - Slant, Square, 15 Degrees
Height:
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
Width:
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Length:
Depth:
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Weight:
Area:

Angle: 15 Degrees

Materials
Reinforced concrete

Drawings include:

15 Degree Slanted Square Concrete Column plan (various sizes), elevation

Details & Downloads

Downloads

2D Downloads

3D Downloads

Concrete Column - Corbel, 4, Continuous
Comparison drawing of 4-Sided Continuous Corbel Concrete Column compared to similar concrete column configurations

A concrete column with four continuous corbels is a structural element that is used to support heavy loads. The column is made of concrete and is typically square or rectangular in shape. The corbels are also made of concrete and project from the sides of the column. The corbels are continuous, meaning that they wrap around all four sides of the column. This provides additional support and helps to distribute the load evenly across the column. Concrete columns with four continuous corbels are used in a variety of applications, including buildings, bridges, and other structures. They are a versatile and reliable structural element that can be used to support a wide range of loads.

4-Sided Continuous Corbel Concrete Columns are available with typical widths between 12”-36” (30.5-91.4 cm) and typical heights from 12’-36’ (3.66-11 m). Maximum sizes include widths up to 48” (122 cm) and heights up to 80’ (24.4 m). The corbel depth is commonly between 8”-24” (20.3-61 cm) based on the column width.

Scaled set of drawings of 4-Sided Continuous Corbel Concrete Column in front, side and top views
A concrete column with four continuous corbels is a structural element that is used to support heavy loads. The column is made of concrete and is typically square or rectangular in shape. The corbels are also made of concrete and project from the sides of the column.

4-Sided Continuous Corbel Concrete Columns are available with typical widths between 12”-36” (30.5-91.4 cm) and typical heights from 12’-36’ (3.66-11 m). Maximum sizes include widths up to 48” (122 cm) and heights up to 80’ (24.4 m). The corbel depth is commonly between 8”-24” (20.3-61 cm) based on the column width.

Scaled set of drawings of 4-Sided Continuous Corbel Concrete Column in front, side and top views
Concrete Column - Corbel, 4, Continuous
Height:
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
Width:
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Length:
Depth:
12”-36” | 30.5-91.4 cm (Typical); 48” | 122 cm (Max)
Weight:
Area:

Corbel Depth: 8”-24” | 20.3-61 cm

Materials
Reinforced concrete

Drawings include:
4-Sided Continuous Corbel Concrete Column plan (various sizes), elevation

Details & Downloads

Downloads

2D Downloads

3D Downloads

Concrete Column - Rectangle, 2:3
Style and size comparison drawing of Rectangular 2:3 Concrete Column compared to other concrete column types

A rectangular concrete column with a 2:3 ratio is a structural element that is used to support the weight of a building. It is typically made of concrete and has a rectangular cross-section. The depth of the column is 2 units and the width is 3 units. The column is typically reinforced with steel bars to increase its strength. Rectangular concrete columns are often used in buildings with a lot of weight, such as high-rise buildings and hospitals.

Rectangular 2:3 Concrete Columns are available with typical widths between 8”-36” (20.3–91.4 cm), depths of 12”-54” (20.3–137 cm), and typical heights from 12’-36’ (3.66-11 m). Maximum sizes for Rectangular 2:3 Concrete Columns include widths up to 48” (122 cm), depths up to 72” (183 cm), and heights up to 80’ (24.4 m).

Set of scaled dimensioned drawings of Rectangular 2:3 Concrete Column viewed from the front, plan, and side
A rectangular concrete column with a 2:3 ratio is a structural element that is used to support the weight of a building. It is typically made of concrete and has a rectangular cross-section. The depth of the column is 2 units and the width is 3 units.

Rectangular 2:3 Concrete Columns are available with typical widths between 8”-36” (20.3–91.4 cm), depths of 12”-54” (20.3–137 cm), and typical heights from 12’-36’ (3.66-11 m). Maximum sizes for Rectangular 2:3 Concrete Columns include widths up to 48” (122 cm), depths up to 72” (183 cm), and heights up to 80’ (24.4 m).

Set of scaled dimensioned drawings of Rectangular 2:3 Concrete Column viewed from the front, plan, and side
Concrete Column - Rectangle, 2:3
Height:
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
Width:
8”-36” | 20.3–91.4 cm (Typical); 48” | 122 cm (Max)
Length:
Depth:
12”-54” | 20.3–137 cm (Typical); 72” | 183 cm (Max)
Weight:
Area:
Materials
Reinforced concrete

Drawings include:

Rectangular 2:3 Concrete Column plan (various sizes), elevation

Details & Downloads

Downloads

2D Downloads

3D Downloads

Concrete Column - I-Section
Scale illustration of I-Section Concrete Column compared to other concrete column configurations

An I-shaped section concrete column is a type of column that has a cross-section that resembles the letter "I". The top and bottom flanges of the column are wider than the web, which provides the column with greater strength and stiffness. I-shaped section concrete columns are often used in high-rise buildings and other structures that require a lot of lateral support. I-shaped section concrete columns are a versatile and effective way to support the weight of a structure. They are strong, stiff, and can be used in a variety of applications.

I-Section Concrete Columns are available with typical widths between 24”-36” (61-91.4 cm), depths of 18”-36” (45.7-91.4 cm), and typical heights from 12’-36’ (3.66-11 m). The thickness of the concrete is commonly 8” or 10” (20.3, 25.4 cm).

Pair of dimensioned illustrations of I-Section Concrete Column seen in elevation and plan
An I-shaped section concrete column is a type of column that has a cross-section that resembles the letter "I". The top and bottom flanges of the column are wider than the web, which provides the column with greater strength and stiffness.

I-Section Concrete Columns are available with typical widths between 24”-36” (61-91.4 cm), depths of 18”-36” (45.7-91.4 cm), and typical heights from 12’-36’ (3.66-11 m). The thickness of the concrete is commonly 8” or 10” (20.3, 25.4 cm).

Pair of dimensioned illustrations of I-Section Concrete Column seen in elevation and plan
Concrete Column - I-Section
Height:
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
Width:
24”-36” | 61-91.4 cm
Length:
Depth:
18”-36” | 45.7-91.4 cm
Weight:
Area:

Thickness: 8”, 10” | 20.3, 25.4 cm

Materials
Reinforced concrete

Drawings include:

I-Section Concrete Column plan (various sizes), elevation

Details & Downloads

Downloads

2D Downloads

3D Downloads

Concrete Column - Slant, Circle, 30 Degrees
Scale illustration of 30 Degree Slanted Round Concrete Column compared to other concrete column configurations

A slanted 30 degree round concrete column is a cylindrical structure made of concrete that is angled at a 30 degree angle. It is typically used as a support beam in buildings or other structures. The column is made of concrete, which is a strong and durable material that can withstand a lot of weight. The 30 degree angle of the column helps to distribute the weight evenly, making it more stable. The column is typically painted or coated to protect it from the elements.

30 Degree Slanted Round Concrete Columns are available with typical diameters between 18”-36” (45.7-91.4 cm) and typical heights from 12’-36’ (3.66-11 m). Maximum sizes for 30 Degree Slanted Round Concrete Columns include diameters up to 48” (122 cm) and heights up to 80’ (24.4 m).

Pair of dimensioned illustrations of 30 Degree Slanted Round Concrete Column seen in elevation and plan
A slanted 30 degree round concrete column is a cylindrical structure made of concrete that is angled at a 30 degree angle. It is typically used as a support beam in buildings or other structures. The column is made of concrete, which is a strong and durable material.

30 Degree Slanted Round Concrete Columns are available with typical diameters between 18”-36” (45.7-91.4 cm) and typical heights from 12’-36’ (3.66-11 m). Maximum sizes for 30 Degree Slanted Round Concrete Columns include diameters up to 48” (122 cm) and heights up to 80’ (24.4 m).

Pair of dimensioned illustrations of 30 Degree Slanted Round Concrete Column seen in elevation and plan
Concrete Column - Slant, Circle, 30 Degrees
Height:
12’-36’ | 3.66-11 m (Typical); 80’ | 24.4 m (Max)
Width:
18”-36” | 45.7-91.4 cm (Typical); 48” | 122 cm (Max)
Length:
Depth:
18”-36” | 45.7-91.4 cm (Typical); 48” | 122 cm (Max)
Weight:
Area:

Angle: 30 Degrees

Materials
Reinforced concrete

Drawings include:

30 Degree Slanted Round Concrete Column plan (various sizes), elevation

Details & Downloads

Downloads

2D Downloads

3D Downloads

Related Buildings Collections
Buildings