Bulk Density Testing Equipment: Soil Sampling Kit with Hammer-Head Handle, 5/8in
The Bulk Density Soil Sampling Kit W/Hammer Head Handle has everything you need to take interval specific cores up to 3ft deep. Perfect for surface soil sampling, auger holes and profile pits.
Soil bulk density is important to understand soil physical conditions that affect water infiltration and crop growth. The AMS 400.8 kit helps with that by giving you the tools to measure bulk density accurately. During the measurement process soil is added to the measuring cup or cylinder and the sample may be poured or tapped to ensure accurate measurement. Soil bulk density is important to understand soil physical conditions that affect water infiltration and crop growth.
The main feature of this kit is the Soil Sample Rings made from .062w SST tubing. These are for laboratory studies and undisturbed core samples. Each 2” x 2” SST ring has a volume of 90.59 cubic centimeters, so a known capacity and precise dimensions for measurement. The kit includes a graduated cylinder for accurate volume determination. The bulk density is calculated by dividing the weight of the sample by the known volume and this is done in accordance with ASTM and ISO standards. By using this kit you can ensure an accurate determination of bulk density from the start with proper sampling technique to represent the natural condition of the soil.
Learn more about Field Density Tests for comprehensive soil analysis.
The unique features of the Bulk Density Soil Core Sampler in this kit make it different from standard core samplers. With a much shorter 5/16” gap between the tip of the core sampler and the internal shelf of the sample liner it gives you a more representative core and reduces soil compaction during sampling. The core sampler cap has a built in waste barrel with 2” of relief so you don’t have to load multiple rings inside the sampler which can distort sample calculations. The sampler’s height and design accommodate material divided into different particle sizes, so you can measure accurately for various forms.
Kit includes: core sampler cup, core sampler cap, hammer head cross handle or compact slide hammer attachment, 2-1/2” open face auger, 2-3/4” regular soil bucket auger, 2-3/4” planer auger, 2ft. extension rod, 18” rubber coated cross handle, 2” x 2” stainless steel rings (25) with their own aluminum carrying case, 2” plastic end caps (50), adjustable wrenches (2), auger cleanout tool, nylon cleaning brush, impact absorbing hammer and AMS deluxe carrying case. Measuring cup and cylinder have a capacity of 90.59 cm³ and are designed with precise dimensions for repeatable results. Graduated cylinder included for precise volume measurement. For more options, explore our soil testing equipment for accurate and reliable results.
The kit has a bulk density tester and other equipment to measure bulk density in various forms of materials, powder, chips, strands and large flakes. It meets international standards and tests can be done with different models and methods, method b, with optional accessories for specific material types. The kit allows to measure bulk factor and to analyze various forms of materials, powder, chips, strands and large flakes.
With the Bulk Density Soil Sampling Kit W/Hammer Head Handle you can collect soil samples for analysis and research with confidence. It’s suitable for testing plastic materials and other material forms, more information about other models or options available upon request.
What is Soil Bulk Density
Bulk density is a key soil physical property that affects water infiltration, soil aeration and plant root growth. Defined as the weight of dry soil per unit volume of soil, bulk density is expressed on a soil volume basis. Bulk densities are related to soil compaction and root growth, higher bulk densities restrict root penetration and reduce soil aeration. This is an important indicator of soil health as it helps calculate the percentage of pore space in the soil. Particle density defined as the mass of soil solids in a given volume is used to calculate bulk density and porosity. Pore space is essential for air and water to move through the soil which in turn supports healthy root growth and overall plant development. Soil can exist, such as aggregates, powders or granules, and the way the material is divided into particles or clumps affects both bulk density and porosity. Understanding bulk density is key to understanding soil structure and texture which are the keys to sustainable soil management.
Why Measure Soil Bulk Density
Measuring soil bulk density is important to understand soil physical properties like water infiltration, soil aeration and plant root growth. Soil bulk density affects air and water movement through the soil which in turn affects plant growth and crop yields. Accuracy of soil bulk density is important to determine the right structure and texture for specific crops and to identify potential compaction issues. By measuring soil bulk density farmers and agricultural professionals can make informed decisions on tillage practices, irrigation management and fertilizer application and ultimately improve crop yields and reduce environmental impact.
Kit Components
A complete bulk density apparatus kit is designed to provide everything needed for bulk density and apparent density of various materials. At the heart of the kit are the measuring cup and cylinder, each with a known volume, used to determine the loose bulk density of materials like metal powders, molding powders, fine granules, coarse flakes and cut fibers. The funnel ensures a consistent flow of material into the measuring cup, minimizes variability and gives repeatable results. Some kits include a weight plunger and lead shot to settle the material and get a uniform fill, and a stand with a funnel shut-off mechanism for controlled operation. Each component of the bulk density apparatus is designed to work together so you can measure the density and volume of various materials with confidence. Whether in a lab or industrial setting, this apparatus is essential for getting bulk density data for quality control, research and product development.
Factors that Affect Bulk Density
Soil bulk density is affected by soil texture, soil structure, soil organic matter and compaction. Soil texture determines the arrangement of soil particles which in turn affects the bulk density of the soil. Soil structure including the presence of aggregates and pores also affects bulk density. Soil organic matter like roots and microorganisms can reduce bulk density by increasing the pore space in the soil. Compaction caused by heavy machinery or foot traffic can increase bulk density by reducing the pore space in the soil.
Why Accurate Bulk Density is Important
Accurate bulk density measurement is crucial to understand soil physical properties and to implement sustainable agriculture practices. Agricultural practices that minimize soil disturbance and maintain residue cover can improve soil structure and health at the soil surface and ultimately affect water retention and root growth in crops. Bulk density affects many aspects of soil health including crop production, water infiltration, soil erosion, soil fertility and plant root development. Generally lower bulk density (< 1.5 g/cm³) is good for air and water movement in the soil which is good for plant growth. Precise bulk density measurement enables farmers and soil scientists to make informed decision on soil management so that agricultural systems remain productive and sustainable.
Calibration and Maintenance
To ensure the ongoing accuracy and reliability of your pparatus, regular calibration and maintenance are required. Calibration should be done using a standard reference material, so you can verify that the measuring cup and cylindrical cup are giving correct readings. After each use, make sure to clean and dry the measuring cup and cylindrical cup to prevent any cross-contamination that may affect future determinations. The funnel and plunger should also be checked regularly for any signs of wear, residue buildup or damage and replaced as necessary to maintain the integrity of the apparatus. By following a consistent calibration and maintenance routine, you can be sure your determinations are precise and accurate, for reliable results in every test.
Troubleshooting
When using a apparatus, users may encounter issues that can affect determinations and accuracy. Common problems include inaccurate readings which may be due to improper calibration, contamination of the measuring cup or cylindrical cup or incorrect operation of the apparatus. Clogged funnels are another common issue, often caused by the material being tested, such as fine powders or sticky granules. Components like the funnel or plunger can also wear out over time due to repeated use or lack of maintenance. To address these problems, always refer to the user manual for step by step troubleshooting guide including recalibration procedures and cleaning recommendations. If problems persist after following these steps, it’s best to contact the manufacturer or a qualified technician for further assistance, so your apparatus can continue to give accurate and reliable results.
Standards and Regulations
The apparatus is designed to comply with various international standards and regulations, so you are accurate and universally accepted. Key standards include ASTM D1895, ISO 60 and GB/T 1636 which outline the requirements for the design, calibration and use of apparatus in laboratory and industrial applications. These standards provide guidelines for viewing apparent density across various materials, from plastics and powders to granules and flakes. The apparatus also meets the needs of industries such as pharmaceuticals, food processing and plastics manufacturing where strict standards are required. By using the apparatus according to these established standards, you can be sure your results are reliable, reproducible and compliant to quality , regulatory and product development.
