The Gilson Standard Soil Compaction Mold, 4” is a must-have for any soil compaction testing. This compact mold is part of a complete mold set for Proctor Compaction tests and holds 1/30 cu. ft. volume for Proctor density and moisture tests.
Made from cold-rolled steel tubing, this mold is built tough to withstand any testing condition. Plated for rust resistance, it’s built to last. With detachable base plate, studs and wing nuts, this mold is easy to assemble and disassemble. Solid molds allow for use of sample ejectors and come in various specimen size and constructions, including rugged steel for durability and rust resistance.
Not only can this mold be used with the Automatic Mechanical Soil Compactor, but also with mechanical soil compactors so you have flexibility in your testing.
4” internal diameter and 4.584” high detachable collar meets various test methods.
Meets AASHTO T 134, AASHTO T 135, AASHTO T 136, AASHTO T 180, AASHTO T 220, AASHTO T 99, ASTM D 1557, ASTM D 1558, ASTM D 558, ASTM D 559, ASTM D 560 and ASTM D 698.
Whether you’re a civil engineer, geotechnical engineer or construction professional, the Standard Soil Compaction Mold, 4” is a must-have for soil compaction testing. Its tough construction, detachable parts and universal compatibility makes it a great choice for many applications.
Soil Compaction Molds
Soil compaction molds are vital in construction and civil engineering industries used to compact soil samples to determine its soil density and strength. These molds are designed to give precise and reliable results according to various testing standards such as ASTM and AASHTO. Available in different specimen size and types including standard compaction molds, Proctor molds and soil density mold sets they cater to many testing needs. Made from rugged heavy steel and clear-zinc plated for rust resistance, these molds have detachable extension collar and steel base plate for durability and ease of use. Whether you’re working with cohesive soils or others, soil compaction molds are necessary for accurate soil density testing.
Features and Specifications
Soil compaction molds have specific features and specifications to ensure precise and reliable results. Includes:
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Mold Volume: 1/30 cu. ft. (other molds may vary)
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Interior Diameter: 4” (other molds may vary)
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Height: 4.584” (other molds may vary)
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Material: Cold-rolled steel tubing plated for rust resistance
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Detachable Extension Collar: For easy removal of compacted soil specimens
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Steel Base Plate: For stability
These features make soil compaction molds a great choice for many testing applications so you get accurate soil density every time.
Calibration and Testing Procedures
Calibration and testing is crucial to ensure soil compaction molds accuracy and reliability. The calibration process involves several steps: prepare the mold and soil, set the compactor blows and drop height, place a lead cylinder, run the compactor, measure deformation, make adjustments. The testing procedure involves compacting soil samples using a mechanical soil compactor or soil compaction hammers and then measure the density and moisture content of the compacted soil. These steps ensure the soil compaction molds give precise and consistent results for any construction or engineering project.
Safety and Best Practices
Safety first when using soil compaction molds. Includes:
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Work in a Well-Ventilated Area: Test in a well-ventilated area to avoid inhaling dust or fumes.
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Wear Protective Gear: Always wear protective gear, gloves and safety glasses to protect yourself.
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Regular Inspections: Inspect the mold and compactor regularly for damage or wear.
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Proper Training: Train all personnel on the use and maintenance of the mold and compactor.
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Follow Standards: Follow all testing standards and procedures to ensure accurate and safe testing.
By following these safety and best practices you can have a safe testing environment.
Applications and Industries
Soil compaction molds are used in:
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Construction: To determine soil density and strength of soil samples for building foundations, roads and other infrastructure projects.
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Civil Engineering: For designing and building geotechnical structures like dams, retaining walls and highways.
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Environmental Engineering: To assess the environmental impact of construction projects and design remediation.
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Research and Development: Used in research and development projects to study soil properties and develop new construction materials and methods.
These applications show how soil compaction molds are crucial to many engineering and construction projects.