1. Detection Principle of Moisture Analyzer
Water exhibits strong absorption characteristics for infrared light at specific wavelengths. When materials are irradiated with infrared light at these specific wavelengths, the water contained in the materials absorbs part of the infrared energy. The higher the moisture content, the greater the absorption. Therefore, the moisture content of the material can be calculated by measuring the reduction in reflected light.
2. Introduction to XKCON Online Near-Infrared Moisture Analyzer
Our near-infrared moisture analyzer (XKCON-NIR-MA-FV) is developed based on near-infrared (NIR) spectroscopy technology. It consists of a near-infrared moisture detection probe and a controller. It can be suspended and fixed above a conveyor belt to perform continuous, dynamic moisture content measurements on materials transported along the production line. It is an online, non-contact moisture analyzer.
3. Advantages and Features of the Moisture Analyzer
Utilizes advanced spectroscopy technology for fast and accurate moisture content measurement, ensuring reliable data;
Capable of continuously detecting the moisture value of materials in operation, with reliable performance, easy installation, and long service life;
Full digital signal processing: Digital filtering eliminates interference, maintaining signal-to-noise ratio even when detecting dark materials;
Robust structural design with strong shock resistance, stable long-term use, high durability, waterproof, and dustproof;
Modular design allows one controller to connect to multiple probes.
4. Application Scope of the Near-Infrared Moisture Analyzer
Suitable for installation on belt conveyors, screw feeders, silos, hoppers, or pipelines to detect moisture in various materials such as wood powder, wood chips, sawdust, wood fiber, fiberboard, particleboard, grains, cereals, feed, tobacco, tea, food, flour, starch, milk powder, soybean powder, metallurgical materials, quartz sand, cement, coal, mineral powder, ore, paper, traditional and Western medicines, soil, mud, films, ceramics, and chemical materials.