The Molybdenum Rhenium Bar manufacturer tells you that industrial production can use hydrogen to reduce molybdenum trioxide to obtain I, or to treat ammonium paramolybdate with acid or heat to decompose to obtain molybdenum trioxide, and then reduce it with hydrogen in a tubular electric furnace to obtain I. It can also be reduced to molybdenum powder with carbon, but the purity is poor.

Hydrogen reduction molybdenum trioxide method: The Molybdenum Rhenium Bar manufacturer tells you that the reduction with hydrogen can be carried out in two stages. In the first stage, molybdenum trioxide is heated at 450-700° C., and then the second-stage reduction is performed at 900-1100° C. to obtain a finished molybdenum powder.
The Molybdenum Rhenium Bar manufacturer tells you that molybdenum powder can burn or even explode when exposed to high heat and open fire, and react strongly with oxidants to form molybdenum oxide. The product is packed in a clean polyethylene plastic bottle, the cap should be tightened, the plastic bottle should be placed in a wooden box, and the surrounding area should be fastened with soft objects. Or put the product into iron drums lined with polyethylene plastic bags, each box (drum) has a net weight of 30kg. The words "moisture-proof", "fragile" and "upward" should be marked on the wooden box or iron drum. The product should be stored in a dry, ventilated warehouse without acid and alkali atmosphere to prevent oxidation. The product should be protected from rain during transportation. The packaging should not be violently collided to prevent the packaging from being damaged. The Molybdenum Rhenium Bar manufacturer tells you that the storage period of molybdenum powder should not exceed half a year. When skin or eyes come into contact with molybdenum powder, wash with soap and water, and seek medical attention in severe cases. Drink appropriate amount of water to induce vomiting. Use dry powder fire extinguishing agent for rescue in case of fire.