The AMS 403.756, 1 3/8" Split SCS Valved Core Tip is a high-quality and innovative tool designed to provide accurate and efficient sample collection in various soil conditions. This core tip is a must-have for professionals in the environmental and geological fields.
Features
The AMS 403.756 core tip is equipped with a 1 3/8" split design, making it easy to assemble and disassemble. This feature allows for quick and hassle-free sample retrieval, saving valuable time during fieldwork. The split design also ensures that soil samples are preserved and secure during transportation.
The valved core tip mechanism is another significant feature of this product. The valve allows for controlled and efficient sample extraction, preventing soil contamination and loss. This feature ensures that accurate and undisturbed samples can be collected for analysis, providing reliable data for research and investigations.
Durability is a paramount aspect of the AMS 403.756 core tip. It is made from high-quality materials, ensuring its longevity even in harsh environmental conditions. The sturdy construction of this tool guarantees that it can withstand the rigors of fieldwork, providing consistent and reliable performance over time.
The AMS 403.756 core tip is designed to fit seamlessly with other Soil Core Samplers (SCS), offering compatibility and versatility to professionals. Additionally, it is compatible with a range of AMS extension rods, allowing for customization and adaptation to specific sampling requirements.
Professional fieldwork demands mobility and ease of use, which is why the AMS 403.756 core tip features a lightweight design. This makes it convenient to carry and maneuver in various soil conditions, providing maximum efficiency and convenience for the user.
Conclusion
In summary, the AMS 403.756, 1 3/8" Split SCS Valved Core Tip is an essential tool for professionals in the environmental and geological fields. Its innovative features, such as the split design and valved mechanism, ensure efficiency and accuracy in sample collection. Its durability and compatibility with other SCS tools make it a reliable choice for professionals seeking high-quality results.
Features
The AMS 403.756 core tip is equipped with a 1 3/8" split design, making it easy to assemble and disassemble. This feature allows for quick and hassle-free sample retrieval, saving valuable time during fieldwork. The split design also ensures that soil samples are preserved and secure during transportation.
The valved core tip mechanism is another significant feature of this product. The valve allows for controlled and efficient sample extraction, preventing soil contamination and loss. This feature ensures that accurate and undisturbed samples can be collected for analysis, providing reliable data for research and investigations.
Durability is a paramount aspect of the AMS 403.756 core tip. It is made from high-quality materials, ensuring its longevity even in harsh environmental conditions. The sturdy construction of this tool guarantees that it can withstand the rigors of fieldwork, providing consistent and reliable performance over time.
The AMS 403.756 core tip is designed to fit seamlessly with other Soil Core Samplers (SCS), offering compatibility and versatility to professionals. Additionally, it is compatible with a range of AMS extension rods, allowing for customization and adaptation to specific sampling requirements.
Professional fieldwork demands mobility and ease of use, which is why the AMS 403.756 core tip features a lightweight design. This makes it convenient to carry and maneuver in various soil conditions, providing maximum efficiency and convenience for the user.
Conclusion
In summary, the AMS 403.756, 1 3/8" Split SCS Valved Core Tip is an essential tool for professionals in the environmental and geological fields. Its innovative features, such as the split design and valved mechanism, ensure efficiency and accuracy in sample collection. Its durability and compatibility with other SCS tools make it a reliable choice for professionals seeking high-quality results.