Basic specifications of vanadium inhibitor

      Recently, with the continuous tightening of environmental policies, vanadium inhibitors, as a key additive for controlling vanadium emissions in fuel and industrial waste gases, have attracted industry attention for their production and use standards. Different types of vanadium inhibitors have their own characteristics in terms of specifications, and understanding these basic specifications can help companies better choose and use them. Below is a table showing the basic specifications of vanadium inhibitors:

Explanation:                                                                                             
      1. Yttrium based oil soluble high-temperature vanadium inhibitor: It appears as a semi transparent fluid with good flowability, good storage stability, no particle precipitation after 12 months of storage, no precipitation when in contact with water, good dispersibility in oil, and no insoluble substances. Its density is 0.9-1.0g/cm ³ at 20 ℃, flash point ≥ 70 ℃, kinematic viscosity at 100 ℃ is 62-67mm ²/s, yttrium content is 5-20mg/kg (preferably 10-20mg/kg), and mechanical impurities are<0.05%.
      2. High magnesium content vanadium inhibitor containing dispersant: During the preparation process, the turbidity of the clear liquid is controlled to<5NTU through centrifugation and other operations to ensure the purity and quality of the product.
      3. Oil friendly carbon black carrier vanadium inhibitor: The particle size of the carbon black carrier is less than 40nm, the oxygen content is less than 1.0 weight percent, the ash content is less than 0.5 weight percent, the surface area is at least 50m ²/g, and the magnesium content includes at least 0.05 to 20 weight percent of magnesium oxide.
By delving into the basic specifications of vanadium inhibitors, we can select and use them more scientifically and accurately. Different specifications of vanadium inhibitors correspond to different performance characteristics and applicable scenarios. In industrial production, the correct selection of vanadium inhibitors can not only effectively resist the corrosion hazards caused by vanadium elements in fuel, extend the service life of equipment, but also improve production efficiency and reduce operating costs.