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POLARMOIST – Optical Moisture Measurement for Concrete Aggregates

Measurement Range: 0-16% fine and coarse aggregates
Accuracy: 0,3% by weight with homogenous sample, resolution 0,01%
Power Supply: 5 to 30 VDC
Connectivity: Compatible with all major batching plant control systems

Exact Moisture Measurement Improves Concrete Quality

POLARMOIST is an innovative optical, non-contact moisture measurement sensor designed for the concrete manufacturing industry. This technology ensures precise and reliable moisture measurement of concrete aggregates, significantly improving the quality and consistency of concrete produced.

Key Benefits of POLARMOIST

Optical, Non-Contact Measurement: Utilizing advanced optical technology, POLARMOIST measures the moisture content of aggregates without any physical contact. This non-invasive approach eliminates wear and tear, ensuring a long service life and minimal maintenance.
Long Service Life: With no moving parts, POLARMOIST is built to last. The robust design guarantees durability and consistent performance over time, reducing the need for frequent replacements.
Versatile Usability: POLARMOIST is highly effective for both fine and coarse aggregates, making it a versatile solution for various concrete production needs.
Reliable and Accurate Results: The sensor provides precise moisture readings, ensuring that the concrete mix maintains optimal quality and performance.
Easy Calibration: Only one-time calibration per material type is needed, simplifying the setup process and saving your time and money.
Easy Installation: POLARMOIST is quick and easy to install, seamlessly integrating with any batching plant control system.

Enhancing Concrete Production Efficiency

By providing exact moisture measurements, POLARMOIST helps to optimize the concrete mixing process. Accurate moisture data allows for better control of water-cement ratios, leading to improved concrete strength, durability, and overall quality. This will eventually result in reduced material waste and increased production efficiency.