1. Performance Chemicals

• Precursor for Hydrodesulfurization Catalysts: ADM is thermally decomposed to molybdenum trioxide (MoO₃), which is then used to prepare Co-Mo or Ni-Mo catalysts for removing sulfur from petroleum during refining processes.
• Catalyst for Oxidation and Polymerization Reactions: Acts as a heterogeneous catalyst precursor for industrial oxidation of alcohols, aldehydes, and olefins, as well as for polymerization reactions in petroPerformance Chemicals.
• Reagent for Molybdate-Based Tests: ADM is used in analytical chemistry for colorimetric determination of phosphates and silicates, where it forms molybdenum blue complexes.
• Research on Molybdenum Complexes: Acts as a starting material in synthesis of molybdenum-based coordination compounds in research and development labs.

2. Agrochemicals

• Micronutrient in Fertilizers: Supplies molybdenum, an essential trace element for crops, especially legumes, aiding in nitrogen fixation and enzyme activation (e.g., nitrate reductase).
• Seed Treatment and Foliar Spray Component: Used in seed coating formulations or foliar sprays to correct molybdenum deficiency in soil, promoting improved germination and plant health.

3. Metal Treatment

• Source Material for Molybdenum Metal: ADM is reduced via hydrogen or carbon to produce molybdenum metal powder, used in alloy steel, superalloys, and metal processing applications.
• Additive in High-Performance Alloys: It contributes molybdenum to enhance hardness, corrosion resistance, and thermal strength in aerospace, nuclear, and tool steels.

4. Paints, Coatings & Adhesives

• Intermediate in Molybdate Pigment Manufacturing: ADM is converted to sodium or zinc molybdate, which are then used as corrosion-inhibiting pigments in industrial coatings, especially in marine and heavy-duty applications.
• Precursor for Molybdate Orange Pigments: ADM is used in combination with lead chromate to form molybdate orange pigments, which are valued for their brightness and UV stability in coatings.