The AMS 409.6, 3' Hollowstem Inner Rod is a high-quality and durable rod specifically designed for use in geotechnical and environmental soil sampling applications. This inner rod is an essential component of the AMS Hollowstem Auger system, a widely recognized industry standard for conducting soil investigations.
Made from sturdy materials, the AMS 409.6 Inner Rod is built to withstand the demanding conditions of fieldwork. Its 3-foot length allows for effective sampling at various depths, ensuring precise and accurate results. The hollowstem design of the inner rod enables the retrieval of an undisturbed soil core, which is vital for studying soil composition and analyzing contaminants.
Featuring a seamless construction, the AMS 409.6 Inner Rod guarantees enhanced integrity and reliability. Its smooth surface minimizes any potential sample contamination while facilitating easy cleaning and maintenance. The rod is also designed with compatibility in mind, seamlessly integrating with other components of the AMS Hollowstem Auger system for a hassle-free sampling experience.
The AMS 409.6 Inner Rod provides exceptional versatility, making it suitable for a wide range of soil sampling operations. Whether conducting environmental site assessments, geotechnical investigations, or groundwater monitoring, this inner rod is a valuable tool for professionals in need of accurate and reliable data.
This product comes with exceptional customer support and guidance from AMS, a trusted name in the industry for over 70 years. Customers can rely on AMS's expertise to ensure the proper use and maintenance of the 409.6 Inner Rod, guaranteeing long-lasting and effective performance in the field.
In conclusion, the AMS 409.6, 3' Hollowstem Inner Rod is an indispensable tool for geotechnical and environmental professionals, offering durability, precision, and versatility. With its seamless construction and compatibility with other AMS Hollowstem Auger components, this inner rod provides peace of mind during soil sampling activities, delivering accurate results for informed decision-making. Trust in AMS and the 409.6 Inner Rod to elevate your soil investigations to new heights of excellence.
Made from sturdy materials, the AMS 409.6 Inner Rod is built to withstand the demanding conditions of fieldwork. Its 3-foot length allows for effective sampling at various depths, ensuring precise and accurate results. The hollowstem design of the inner rod enables the retrieval of an undisturbed soil core, which is vital for studying soil composition and analyzing contaminants.
Featuring a seamless construction, the AMS 409.6 Inner Rod guarantees enhanced integrity and reliability. Its smooth surface minimizes any potential sample contamination while facilitating easy cleaning and maintenance. The rod is also designed with compatibility in mind, seamlessly integrating with other components of the AMS Hollowstem Auger system for a hassle-free sampling experience.
The AMS 409.6 Inner Rod provides exceptional versatility, making it suitable for a wide range of soil sampling operations. Whether conducting environmental site assessments, geotechnical investigations, or groundwater monitoring, this inner rod is a valuable tool for professionals in need of accurate and reliable data.
This product comes with exceptional customer support and guidance from AMS, a trusted name in the industry for over 70 years. Customers can rely on AMS's expertise to ensure the proper use and maintenance of the 409.6 Inner Rod, guaranteeing long-lasting and effective performance in the field.
In conclusion, the AMS 409.6, 3' Hollowstem Inner Rod is an indispensable tool for geotechnical and environmental professionals, offering durability, precision, and versatility. With its seamless construction and compatibility with other AMS Hollowstem Auger components, this inner rod provides peace of mind during soil sampling activities, delivering accurate results for informed decision-making. Trust in AMS and the 409.6 Inner Rod to elevate your soil investigations to new heights of excellence.