HWL3 Stop Ring
HWL3 Stop Ring
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The HWL3 stop ring is designed to be used in conjunction with HWL3 drill bits and core barrels. It functions as a stopping mechanism within the drilling assembly, preventing the core barrel from advancing further into the hole once the desired depth is reached.
Typically made of durable materials such as steel or tungsten carbide, the HWL3 stop ring is designed to withstand the harsh conditions encountered during drilling operations. It is precision-engineered to fit securely onto the core barrel, ensuring reliable performance and accurate coring depths.
The HWL3 stop ring plays a crucial role in wireline coring operations by providing a reliable and repeatable stopping point for the core barrel. This allows for consistent and controlled extraction of rock samples at specific depths, facilitating geological analysis and research.
HWL3 Core Barrel
An typically comprises several key components, including an outer tube, inner tube, and a core lifter. The core lifter is a crucial mechanism designed to securely hold and extract the core sample from the geological formation. The inner tube is used to collect the core sample, while the outer tube provides protection to the core sample during drilling and retrieval. HWL3 core barrels adhere to specific dimensions, with an inner tube diameter of approximately 3.25 inches (82.6 millimetres).
This standardized size allows HWL3 core barrels to be compatible with a variety of drilling equipment and systems. HWL3 core barrels are commonly used in drilling projects related to mineral exploration, environmental studies, geotechnical investigations, and other applications that require a larger core sample for in-depth analysis.
Our Core Barrel Components
Our Core Barrel Accessories is a comprehensive collection of specialized tools and components designed to enhance and optimize the core barrel drilling process. Developed by industry experts with extensive knowledge in core sampling and exploration, these accessories offer practical solutions to overcome challenges and maximize efficiency in various geological and mining applications.