RAMON Probe Series

Since 2010, the company has steadfastly adhered to the core principles of scientific and technological innovation and precision manufacturing. It has dedicated itself to the independent research and development of metallurgical probes, culminating in the successful launch of an array of premium probe products, such as oxygen probes, sublance probes, projectile probes, and hydrogen probes. Backed by profound expertise in probe manufacturing, the company boasts a sprawling production facility spanning over 10,000 square meters, capable of producing up to 1,000,000 probes annually. Adhering stringently to the ISO quality management system, it guarantees that each probe produced outperform industry benchmarks.

The independently developed RAMON probe products have garnered widespread acclaim in the market due to their swift detection speed, user-friendly operation, and exceptional accuracy. These probes cater seamlessly to diverse smelting environments, offering robust technical backing to iron and steel enterprises. The synergy between RAMON's sublance probe and converter sublance system facilitates real-time monitoring of molten steel's crucial parameters. Similarly, the integration of RAMON's projectile probe with its complementary mechanisms and instruments ensures real-time measurements of molten steel's temperature and oxygen content. Moreover, RAMON's hydrogen probe, applied across various scenarios, significantly enhances the ladle dehydrogenation process, cuts costs, and elevates the quality of molten steel.

It's noteworthy that the RAMON oxygen probe, a flagship product, has garnered unanimous accolades from clients for its remarkable efficiency, precision, and reliability.

Historically, the core technology of oxygen probes has been monopolized by foreign entities, forcing domestic iron and steel enterprises to rely on expensive imports, which has undoubtedly hindered the growth of China's steel industry. Confronting this challenge head-on, RAMON's dedicated research team persevered, triumphantly mastering the core technology of oxygen probes. They independently developed oxygen probes with proprietary intellectual property rights, thereby breaking the monopoly held by foreign brands. The RAMON oxygen probe boasts significant competitive edges in crucial materials and core components, featuring high precision, remarkable reproducibility, and a high measurement success rate. It is furnished with Chinese-language instrument and a flawless after-sales service system.

The RAMON oxygen probe comprises two configurations high oxygen and low oxygen, each tailored to distinct smelting environments, offering unique application benefits. The high oxygen probe excels in high-temperature, high-oxygen settings like converters and electric furnaces, swiftly determining carbon content. Conversely, the low oxygen probe is ideal for low-oxygen conditions, such as LF and RH refining furnaces, precisely measuring molten steel's temperature and oxygen content, while also facilitating swift assessments of acid-soluble aluminum and other critical indicators. Moreover, the temperature measuring thermocouple boasts an impressive accuracy of ±0.5℃, the oxygen potential measurement is equally precise at ±3 mV, and the overall measurement rate surpasses 98%, demonstrating exceptional performance.

△RAMON Oxygen Probe