Metal detecting is a fun and exciting hobby enjoyed by many people around the world. However, detecting in mineralized soil can be challenging and frustrating. Mineralization occurs when the soil contains high levels of minerals, such as iron, which can interfere with your metal detector's performance. In this blog post, we will discuss three ways to maximize your metal detector's performance in mineralized soil.
Ground balance is the most critical feature of your metal detector when detecting in mineralized soil. It is the process of balancing the metal detector to the ground's mineralization level. Setting the ground balance correctly will help your metal detector to ignore the mineralization and detect only metal objects. Most metal detectors come with an automatic ground balance feature that adjusts the detector's settings to the soil conditions. However, if you're using a metal detector without an automatic ground balance feature, you will need to adjust it manually. To do this, you will need to hold the detector close to the ground and adjust the ground balance until the detector becomes stable.
Discrimination is another essential feature of your metal detector when detecting in mineralized soil. It is the ability to differentiate between different types of metals based on their conductivity. Discrimination allows the detector to ignore low-value metals, such as iron, and detect high-value metals, such as gold and silver. Discrimination settings vary depending on the metal detector's make and model, but most detectors have a discrimination knob that allows you to adjust the settings. When detecting in mineralized soil, it's essential to adjust the discrimination settings to avoid detecting unwanted metals.
The search coil is the part of the metal detector that comes into contact with the ground. The size and shape of the search coil can affect the detector's performance in mineralized soil. Generally, a larger search coil will detect deeper targets, but it may be more affected by mineralization. A smaller search coil, on the other hand, will be less affected by mineralization but may not detect as deep as a larger search coil. When detecting in mineralized soil, it's essential to choose a search coil that is appropriate for the soil's mineralization level.
Detecting in mineralized soil can be challenging, but with the right techniques and equipment, you can maximize your metal detector's performance. Ground balancing, discrimination, and choosing the right search coil are crucial to detecting in mineralized soil successfully. By following these tips, you can increase your chances of finding valuable treasures and make the most of your metal detecting experience. Happy hunting!
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