1 Cubic Foot Container: Steel Weight Unit Measure, 1 Cu Ft (28.3L)

1 Cubic Foot Container: Steel Weight Unit Measure, 1 Cu Ft (28.3L)

What is a Cubic Foot?

A cubic foot is a unit of volume measurement, equivalent to the volume of a cube with sides of one foot (12 inches) in length. This unit is used to measure the containers, boxes and other objects. In the Unit Weight Bucket, Aluminum, 1 cubic foot container, it refers to the exact measurement of the container’s volume. This is important for accurate calculations of weight of materials so you can measure and convert with confidence. Whether you’re working with aggregates, concrete or other materials, knowing the amount in cubic feet helps in getting accurate and reliable results.

Read further to learn about the benefits and uses of 1 cubic foot containers and how understanding your options can help you meet your specific storage or transportation needs.

Steel Unit Measures are for non-specification checks of unit weight and void content of aggregates. Measures can also be used to weigh concrete or aggregates.

Gilson’s mild steel items can be user-calibrated for exact amount so you can get precise measurements. All measures are water-tight, have bail handles and are built to withstand rough usage. To weigh various mild steel plate, consider material type, dimensions and density. Also the unit weight can be used for packing and organizing various items. Read the following sections to learn more about how to use the container for accurate measurements and to better understand the benefits of different container options.

Use Unit Weight Strike-Off Steel Plate, Aluminum, 16 X 16 cubic inch

Features:

• Roll-formed welded and painted heavy gauge or mild steel construction

• Bail handles

• Water-tight top and bottom

Accessories:

• Strike-Off Steel Plate to strike-off excess samples

• Tamping Rods for concrete specimens in testing air content and more

• Concrete Strike-Off Bar to remove excess material

• 24 x 5/8in Stainless Steel Tamping Rod for Cylinder and Slump Cone Tests

• Rubber Mallet for Tapping has a 2.25 cubic inch (57mm) hard rubber face for concrete in unit weight measures or removing specimen molds

Meets Test Methods: AASHTO T121 AASHTO T19ASTM C 138 ASTMC 29.

See the NIST 46H Portland Cement Fineness Standard, SRM (10/Pk) for ASTM C430/AASHTO T 192 test method calibration.

For test method analysis and calibration according to ASTM C114/AASHTO T 105, see the NIST Portland Cement Fineness Standard.

Water-tight construction prevents leakage or seepage during testing. So your measurements are reliable and accurate. Top and bottom are even for added stability and accuracy.

When using the Steel use the Strike-Off Plate. Aluminum, 16 X 16in. Strike-off mild steel plate to remove excess samples from the measure. For best results consider the density of the material being measured.

Along with the Steel and Strike-Off Plate there are other accessories to help with your testing. Tamping rods for consolidating concrete specimens, Rubber Mallet with 2.25in (57mm) hard rubber face for consolidating concrete in measures or removing specimen molds, Concrete Strike-Off Bar to remove excess material.

Measurement Equipment including strike-off steel plate, tamping rods and more, check out our full line of products. We have everything you need to get accurate unit weight measurements.

Get the Steel Weight Measure and the accessories to get precise and accurate unit weight and void content of aggregates. With Gilson’s equipment you can trust your test results.

What is Unit Weight?

Weight is a fundamental concept in construction, engineering, and shipping, referring to the weight of a specific unit volume of a material—commonly measured in pounds per cubic foot (lb/ft³) or kilograms per cubic meter (kg/m³). Understanding and accurately calculating unit weight is essential for a wide range of applications, from estimating shipping costs to ensuring the structural integrity of buildings and bridges.

To determine the weight of a material or object, you first need to calculate its volume, often using a cubic feet calculator. By measuring the external dimensions—length, width, and height—of a container or box, you can easily calculate cubic feet. Once you have the total weight and the volume in cubic feet, simply divide the weight by the volume to get the unit weight. This calculation is crucial for selecting the right container size, estimating cargo capacity, and ensuring that the weight does not exceed safety limits during transit.

In shipping and logistics, knowing the weight helps prevent damage to items and ensures that containers are not overloaded, which could compromise safety. For example, when packing soil, concrete, or other heavy materials, using the correct weight allows you to estimate the total load and choose the perfect fit for your needs. In construction, accurate unit weight calculations are vital for designing stable structures and preventing costly errors or accidents.

Different materials—such as soil, steel, or aggregates—have unique weights, so it’s important to use the correct value for each item. This attention to detail supports safe handling, efficient packing, and reliable shipping, making unit weight a key factor in any project involving containers, storage, or transportation.

Steel Properties

Steel is used everywhere, it's a versatile material. Accurate measurements of length, width and height are crucial in calculating and weight of steel. One of the properties is its density which is around 490 pounds per cubic foot (lb/ft³) or 7.9 grams per cubic centimeter (g/cm³). This high density gives steel its strength, some grades can have yield strength up to 100,000 pounds per square inch (psi). Steel's corrosion resistance can be enhanced by coatings or alloying with other elements so it can be used in different environments. Its ductility allows it to be formed and shaped without breaking, that's why steel is used in construction and manufacturing.

Container Design and Construction

The design and construction of containers play a critical role in ensuring the safe storage, transport, and handling of materials. Containers are engineered with durability and functionality in mind, using robust materials like steel or aluminum to withstand the rigors of frequent use. The external dimensions—length, width, and height—are carefully calculated to maximize cargo capacity while maintaining a manageable size for easy access and efficient packing.

High-quality containers are constructed to be water-tight, preventing leaks and protecting contents from environmental handling. Features such as reinforced corners, secure lids, and bail handles are added to support safe lifting, stacking, and movement, reducing the risk of injury to items. The design also takes into account the need for stability, especially when containers are filled with heavy materials like soil, aggregates, or concrete.

When choosing a container, it’s important to consider the specific requirements of your project—such as the type of material being stored, the required volume, and the intended method of transport. For example, high cube containers offer extra height for bulky items, while standard containers provide a perfect fit for most storage and shipping needs. The right size and construction can help you optimize space, reduce costs, and ensure your goods.

Modern containers are also made with versatility in mind, making them a popular choice for a variety of applications, from moving house to supporting business operations. By selecting containers that are well-constructed and appropriately sized, you can make packing, moving, and storage easier, more secure, and more efficient—no matter what items you need to transport or store.

Conversions

• 1 cubic foot (ft³) = 1,728 cubic inches (in³)

• 1 cubic meter (m³) = 1,000 liters (L) or 35.315 cubic feet (ft³)

• 1 liter (L) = 1,000 milliliters (mL) or 0.035315 cubic feet (ft³)

• 1 cubic yard (yd³) = 27 cubic feet (ft³)

Converting cubic feet to cubic yards is especially useful for estimating material quantities in construction and earthworks projects.

These conversions when working with different measurement systems so you are consistent across all projects. Note that different definitions of volume, such as the U.S. dry gallon, should be considered to avoid confusion.

Applications and Considerations

Steel is used in many applications from construction and manufacturing to transportation. When working with steel several factors to consider to get optimal performance and longevity. The steel due to its high density can affect the construction of a project. Corrosion resistance is another important factor; steel can corrode over time especially when exposed to moisture and salt. Coatings and alloying can mitigate this. Steel is also recyclable so it’s a good option for sustainable construction and manufacturing projects. Although steel is more expensive than other materials its durability and versatility makes it cost effective in the long run.

Containers made from steel are suitable for storing and transporting furniture, supplies, and a variety of other things. These containers are often used to pack light items for moving or storage, making them versatile for different needs. Be sure to review the experiences of others who have used these containers for different applications.

By understanding these aspects you can make informed decisions for your next project, so the materials you choose meet your specific needs and requirements. Understanding these factors will help you find the best answer for your material selection needs.