Manual Standard Soil Compaction Hammer, 12in Drop, 5.5 Lb.
The Manual Standard Soil Compaction Hammer is a must have for anyone involved in soil testing. Whether you’re a geotechnical engineer, researcher or laboratory technician this hammer will help you shape your soil samples with ease and accuracy. There are various hammer models available such as Standard, Modified and COE compaction hammers to suit different compaction needs. 5.5lb (2.5kg) enclosed in a guide sleeve with vent holes that ensure unrestricted free fall of the hammer and 12in (305mm) drop.
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Made of rust resistant plated steel this soil compaction hammer is built to last and withstand repeated use. The 2in (51mm) circular face is designed to compact soil samples to the desired density, ideal for determining moisture-density relationships (Proctor testing). With high build quality you can trust this compaction hammer to compact your soil samples accurately, no room for error. The knurled hexagonal cap design prevents rolling when the hammer is stored, providing added stability and safety.
The Manual Standard Soil Compaction Hammer complies with multiple test methods such as AASHTO T134, T135, T136 and T180 as well as ASTM D 1557, D 1558, D 558, D 559 and D 698. Whether you’re with a research or testing organization this product will give you reliable results that meet industry standards. All items included in the order are clearly listed for transparency, so you can be sure you’re getting the right density and moisture measurements every time.
Single person operation, minimal strain. Lightweight and portable.
In summary, the Manual Standard Soil Compaction Hammer is a must have for soil testing professionals who need precise and repeatable results. Built to last and meet industry standards. For laboratories, research facilities and construction sites. Customers can easily add this, the Static Cone Soil Penetrometer, and other soil testing products to their cart for convenient purchasing.
Compaction Tools
Compaction is the foundation of construction and engineering, ensuring the ground beneath structures is stable and secure. To achieve the right level of compaction you need specialized tools, and soil compaction hammers are one of the most important. These manual soil compaction hammers, also known as sliding drop proctor hammers, are designed to compact samples to a precise density which is critical for determining the maximum dry density and moisture content for safe and long lasting construction.
A key feature of these hammers is their robust design. The hammer mass is enclosed within a guide sleeve which has four vent holes at each end. These vent holes are essential – they allow built up air pressure to escape during use so the hammer can fall freely and give consistent compaction results. The guide sleeve not only directs the hammer’s movement but also enhances user safety and efficiency.
For added durability and user comfort the hammer has a heavy knurled hexagonal cap welded to the tube. This design prevents the hammer from rolling during storage and provides a secure comfortable grip during use. The plated steel construction is rust resistant, so it will last long even with frequent use in harsh environments.
Soil compaction hammers come in several models to suit different testing requirements. The standard model has a 5.5lb (2.5kg) hammer mass with 12in (305mm) drop, the modified model has a 10lb (4.5kg) hammer mass with 18in (457mm) drop. Both models meet ASTM and AASHTO specs so they are suitable for laboratory and field testing.
Beyond their primary use in compaction these hammers are used in various testing procedures such as the Proctor Test which determines the optimal moisture-density relationship of soils. They are also used in the Sand Cone and Sand Equivalent tests which assess the quality and composition of soils and aggregates. Their versatility also extends to use with Ductility Testers, which are essential for asphalt ductility testing, making hammers, along with asphalt tools, essential for engineers and technicians working on roadways to building foundations.
By understanding the function and importance of soil sample manual soil compaction hammers professionals can ensure every soil sample is compacted to the highest standard. This not only supports the structural integrity of construction projects but also meets regulatory requirements and industry best practices. Whether in sample preparation in the lab or on-site these tools are the foundation of quality assurance in compaction.
Features and Specs
Manual Soil Compaction Hammers provide you with accurate and repeatable results in compaction testing. Made from 100% 303 stainless steel these hammers have maximum corrosion resistance and long life, can withstand repeated use. Hammer masses are enclosed in guide sleeves with 4 vent holes for unrestricted free fall and release of built up air pressure which is essential for consistent compaction results.
A heavy knurled hexagonal cap is welded to the tube for secure grip and to prevent the hammer from rolling when stored. This feature ensures the hammer is always ready to use and easy to handle. The 2in (51mm) flat, circular face of the hammer compacts samples evenly, ideal for precise soil density measurements.
Uses
Soil compaction hammers are used in many applications. They are a must have for Proctor Compaction testing which determines the maximum dry density and optimum moisture content of samples. This testing is critical for construction projects to ensure the soil has the right strength and stability to support structures.
Apart from construction, soil compaction hammers are used in geotechnical and environmental engineering projects to evaluate soil properties and meet safety and performance standards. They are also useful in laboratory for soil mechanics and geotechnical engineering research where precise compaction of soil is required for accurate results.
Field testing is another use of soil compaction hammers. They are used to test compaction and density on site, and tools such as the pocket penetrometer and the Dial-Type Soil Penetrometer provide immediate feedback to inform construction and engineering decisions. Whether in the lab or in the field these hammers are essential for getting compaction data.
Benefits of Manual Soil Compaction Hammer
Using a manual soil compaction hammer has several advantages. First and foremost they give you accurate and repeatable results in compaction testing so you can trust the data you get. Easy to use and operate with secure grip and comfortable handling to reduce user fatigue.
Manual hammers are built to last so you don’t need to replace them often. Their durability plus their cost effectiveness compared to automated compaction equipment makes them a good investment for any soil testing professional.
Also manual soil compaction hammers are portable and light weight so you can carry them around and store them easily. This portability allows you to take them to different testing sites without hassle and flexibility in your testing procedures.
Which Hammer to Choose
When choosing a hammer consider the following factors to get the right one for your needs. The type of soil being tested is a major consideration as different soils require different hammers to get accurate results.
The testing method you will be using, Standard model or Modified model will also influence your choice. Each model has specific requirements for mass and drop so make sure to choose a hammer that meets those specifications.
Operating and Maintaining Your Hammer
To get accurate and repeatable results follow the operating and maintenance guidelines of your hammer. Handle the hammer with care, don’t drop or impact the hammer that can damage the tool. Inspect the hammer regularly for signs of wear or damage and replace worn or damaged parts as needed to maintain performance.
Clean the hammer regularly to prevent corrosion and to keep it running smooth. Store the hammer in a dry and secure place to prevent damage or loss. Follow the manufacturer’s instructions for use and maintenance to get the most out of your hammer.
