Ammonium Molybdate: A Versatile Reagent for Laboratory, Industrial, and Agricultural Applications
Discover the multifaceted applications of ammonium molybdate, a critical chemical compound essential across various sectors.
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Ammonium Molybdate
Ammonium molybdate is a high-purity inorganic compound widely utilized for its chemical properties and its role as a primary source of molybdenum. Its applications span critical areas including laboratory analysis, industrial catalysis, and agricultural nutrient delivery, making it an indispensable material for research, manufacturing, and farming.
- Leveraging ammonium molybdate for lab use ensures precise results in chemical testing, particularly for the determination of phosphate and arsenate radicals.
- The industrial catalysis sector benefits from the catalytic properties of ammonium molybdate, enhancing various chemical processes in petrochemical applications.
- As a crucial molybdenum source fertilizer, it plays a vital role in improving crop yields and plant health in agriculture.
- Its utility extends to pigment production, where it acts as a fire retardant, and in metallurgy for creating molybdenum-based products.
Product Advantages
Exceptional Purity
With a guaranteed assay of 99%, our ammonium molybdate provides the high purity required for sensitive laboratory applications and demanding industrial processes.
Chemical Versatility
Its solubility in water, acid, and alkali makes ammonium molybdate a highly adaptable reagent for diverse chemical reactions and formulations.
Multi-Sector Applicability
From essential trace element delivery in agriculture to critical catalyst functions in industry, ammonium molybdate proves its value across multiple fields.
Key Applications
Laboratory Analysis
Ammonium molybdate serves as a critical reagent for the determination of phosphorus and arsenic, contributing to accurate qualitative and quantitative analysis.
Industrial Catalysis
In the petrochemical industry, ammonium molybdate functions as a key catalyst, facilitating essential conversion processes.
Agricultural Fertilizers
As a vital source of molybdenum, it is incorporated into fertilizers to enhance plant growth and metabolic functions.
Pigment and Dye Production
Its fire-retardant properties make it valuable in the manufacturing of pigments, lakes, and treated fabrics.