As the demand for extreme condition measurement continues to grow in the industrial sector, Yigeqi is proud to introduce the next-generation YGQRD-76x series 80GHz ultra-high-temperature radar level gauge. This product leverages 80GHz high-frequency radar technology and ultra-high-temperature protection design, enabling precise level measurement in ultra-high-temperature environments (up to +1000°C), injecting new momentum into the intelligent upgrading of industries such as metallurgy, chemicals, energy, and glass manufacturing.

In scenarios such as steel smelting, molten metal processing, and high-temperature reactors, traditional level measurement instruments often fail due to signal attenuation and material aging caused by extreme high temperatures, severely limiting production safety and efficiency. To address this issue, Yigeqi's YGQRD-76x series has been improved in several aspects.

1. 80GHz high-frequency radar technology

Utilizing millimeter-wave high-frequency radar with a beam angle as low as 3°, the system significantly enhances resistance to dust and steam interference. Even in high-temperature media vaporization or complex operational conditions, it achieves high-precision measurement accuracy of ±2mm.

2. Ultra-High Temperature Protection System

A multi-level composite heat dissipation structure combined with high-temperature-resistant ceramic antennas and an alloy housing enables stable operation within an extreme temperature range of -1000°C, with a service life several times longer than traditional equipment.

Yigeqi's ultra-high-temperature radar level gauge not only addresses the “bottleneck” challenges of high-temperature measurement but also drives process optimization through intelligent design, helping enterprises reduce operational costs and enhance production safety. The ultra-high-temperature radar level gauge has become the ideal solution to replace traditional instruments in high-temperature industrial applications.