Standard Proctor Mold: Compaction, 6in

Standard Proctor Mold Compaction 6in for Soil Compaction Testing

Proctor Compaction Standard Mold, 6in with wing nuts and rust resistance is a top quality product that meets industry standards. This mold is for compaction testing and is perfect for lab or testing facility use. Mold has studs for securing and specimen removal. The Proctor test helps achieve maximum soil density by the optimum moisture content.

One of the features of this product is the detachable collar. Easy to use and accurate every time. Collar can be attached and detached from the mold for quick testing. Assembly comes with wing nuts as part of the quick-acting clamps for easy specimen removal. The number of blows applied during the compaction process affects the results, with different procedures requiring varying weights and drop heights of hammers.

Also the Proctor Compaction Standard Mold is plated for rut resistance. This means it can withstand compaction testing and won’t fail under pressure. The plated exterior also rust resistance and corrosion resistance so the mold will last for years. The compaction energy used in the Proctor test is crucial for achieving optimal soil density and moisture content.

Proctor Compaction Standard Mold with wing nuts is available in 2 sizes - 6in ID x 4.584 and 6in ID x 4.584. This gives you multiple testing options and you’ll have the right mold for any job.

1/30cuft mold volume and 1.33cuft mold volume. This mold is for measuring compaction of various materials. Steel detachable base plate and detachable collar provides a solid and stable base for the mold so no movement or shifting during testing. The drop height of the hammer used in the Proctor test impacts the compaction effectiveness and resulting soil density.

Overall Proctor Compaction Standard Mold, 6in is a solid and durable product. Whether you’re a professional or student this mold will meet all your compaction testing needs. Get this top quality mold and see the difference in your test results.

Proctor Compaction

The Proctor compaction test involves compacting a soil to different moisture contents and measuring the resulting unit weight. The unit weight is the highest unit weight achieved during the test, which is typically plotted on a graph as dry unit weight vs. moisture content. This graph is called the compaction curve and is used for optimum moisture content for compacting the soil. The Proctor compaction test is a critical part of the construction process to ensure the soil is compacted to the required density for the project. Dickey-John Soil Compaction Tester is a practical tool for verifying soil density accurately during this process.

Soil Molds

Soil molds are essential tools in geotechnical engineering for the density and moisture content of soil samples. Proper sample preparation is key to soil compaction testing to get accurate and reliable results. These proctor molds are built to withstand the compaction testing and give precise and reliable results. For preparing soil samples for the Proctor test, use sealed containers such as metal cans or heavy-duty zip-closure bags to allow for proper moisture conditioning. Among the different types of molds, Proctor molds are the most used in the industry. Available in multiple sizes 4” and 6” diameters, these proctor molds are made of heavy-duty materials for durability and rust resistance. Whether you’re doing routine testing or specialized research, Proctor molds give you the reliability and accuracy you need for soil compaction testing.

Proctor and Equipment

The Proctor test requires special equipment, a compaction mold, a hammer and a scale. The compaction mold is used to compact the soil sample and is made of cold-rolled steel tubing, plated for rust resistance. The mold volume is 1/30 ft³ and has a detachable collar and base plate with studs and wing nuts for secure attachment. The hammer is used to compact the soil sample and is dropped from a specified height to apply a controlled compactive force. The scale is used to measure the weight of the soil sample and is essential to determine the maximum unit weight. The Proctor test equipment is available and can be purchased from various suppliers. The test is performed by compacting the soil sample in 5 layers, each layer compacted by dropping the hammer a specified number of times. The resulting unit weight is measured and the maximum unit weight is determined. The Proctor test is a standard laboratory test to determine the maximum dry density of the soil which is required for designing and constructing pavements and other earthworks. For projects requiring essential concrete testing equipment, ensuring construction quality is equally crucial.

Features and Specs

Soil compaction molds with detachable base plate and detachable collar have several features that make them perfect for testing. One of the most important is the mold volume which is precisely calibrated at 0.0333ft³ (943cm³) for accurate density measurement of soil samples including the mass of soil specimens to determine wet and dry unit weights. Detachable base plate and detachable collar is another key feature that provides a solid base for the mold and easy cleaning and maintenance.

Understanding the type of material used in soil compaction molds is crucial. Different soil materials such as clay, silt and sand have unique properties that affect their behavior during compaction and construction outcomes.

The detachable collar is a great feature for easy adjustment of mold height, precise compaction results, and accurate sample trimming with Adjustable Soil Trimmer. For efficient extraction of soil samples, this versatility and attention to detail makes our soil compaction proctor molds perfect for any testing environment.

Applications

Understanding the properties of soils is crucial for successful engineering applications. Specifications play a big role in achieving optimal compaction results, as it dictates the choice between different testing procedures like standard and modified Proctor tests. For more information on tools and techniques, consider exploring effective soil testing.