Paints and dyes also include molybdenum. For example, zinc molybdate is used to paint the metal surfaces of boats. Zinc molybdate is used in paint primers to limit corrosion and stabilize color.
Lead, lead chromate, lead molybdate, and lead sulfate are the ingredients used to create molybdate orange pigment. The paint resists fading from sunlight and deterioration from time to time. In addition, molybdenum oranges are used in ceramics, paints, inks, and items made of plastic and rubber.
Nitrogenase, which is present in nitrogen-fixing bacteria and makes nitrogen from the air available to plants, is made up mostly of molybdenum. A white, crystalline powder called sodium molybdate is used as fertilizer to boost crop yields in plants like beans and cauliflower.
Molybdenum disulfide, which helps lubricate two-stroke motors, bicycle coaster brakes, bullets, ski waxes, and other things, is created when molybdenum and sulfur are mixed. Additionally, it is utilized in the industrial, mining, and transportation industries to make greases for ball and roller bearings.
Because molybdenum disulfide comes from a geothermal source, it can withstand heat and pressure. The thiophosphate and thiocarbamate molybdenum-sulfur compounds shield engines against oxidation, corrosion, and wear.
This metal powder may be used to produce paper that is brilliant, has a sturdy structure, is simple to write on, uniformly coated, has low friction, is simple to drain moisture from, and is simple to dry.
The usage of fillers has undergone significant changes since the global paper industry successfully transitioned from acidic technology to alkaline technology in the early 1980s. The brightness, bulk density, opacity, and porosity of paper can be increased by using this metal powder instead of the wooden paddle and other colors.