determined continuously in different types of molds. Gamma rays are weakened by passing the molten material.
The amount of attenuation of gamma rays depends on the melting depth inside the mold. As the material melted in the mold increases, smaller beams reach the gamma rays detector system.
This way, you can monitor the melt height inside the mold, regardless of dust, temperature and armor, with high precision.
The unique feature of this product is the ineffectiveness of the temperature, pressure, dust or chemical properties of the product on the result of the measurement, which achieves accurate and reliable measurement, even in extreme environmental conditions, at minimum cost.
The high sensitivity of gamma ray detectors will reduce the power of the radioactive fountain, thereby reducing the cost and health hazards of the physicist