Neoteck Spherical Inductive Moisture Meter for Wall, Wood, Masonry, Concrete

The Neoteck Non-Destructive Moisture Meter employs a completely non-destructive measurement process for spherical inductive moisture, without the need to insert a probe into the material being measured. This dielectric measurement method has a depth range of 5-40MM and an overall measurement range of 0-100% (±2.5%), allowing it to assess a variety of materials such as gypsum, cement-based substances, wood, paper, paper leather, tile, and gypsum board.

Featuring USB rechargeability, the Neoteck pinless moisture meter can provide long-lasting measurement capabilities without the requirement for frequent battery replacement. When the battery is sufficiently charged, the spherical inductive moisture meter can maintain stable working performance, ensuring the accuracy of humidity monitoring.

A three-color indicator light on the Neoteck pinless wood moisture meter makes it effortless to interpret the readings. The moisture meter also offers a "Hold" button to record the current measurement value, as well as the ability to display the maximum and minimum moisture values, catering to users' operational needs. Additionally, the spherical inductive moisture meter has three water level settings, allowing the user to adjust the alarm thresholds according to their specific requirements.

The spherical wood moisture meter is designed with user-friendliness in mind, incorporating both a pilot light alarm and a buzzer alarm to enable quick response and necessary adjustments to the ambient humidity. Furthermore, the device is programmed to automatically shut down after 30 minutes of inactivity, effectively reducing energy waste.

In summary, the Neoteck Non-Destructive Moisture Meter offers a non-invasive, dielectric-based measurement solution with a wide range of applications and user-centric features. Its USB rechargeable design, three-color indicator light, measurement data management capabilities, and automatic shutdown function contribute to an enhanced user experience and efficient moisture monitoring.

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