Iron powder is an important metal powder in the powder metallurgy industry. Iron powder is used in large quantities in powder metallurgy production, and its consumption accounts for about 85% of the total consumption of metal powder. The main market for iron powder is the production of mechanical parts, and the amount of iron powder required accounts for about 80% of the total output of iron powder. An aggregate of iron particles with a size of less than 1mm. It is the main raw material for powder metallurgy. Iron powder mainly includes reduced iron powder and atomized iron powder, which are named because of different production methods.

Counterweight iron powder and counterweight iron sand are a type of counterweight raw material in counterweights, and their function is counterweight. For example, rubber product counterweights, silicone product counterweights, sporting goods counterweights, and engineering machinery counterweights.

Counterweight iron powder: iron powder and iron ore powder used for counterweight or pressure; generally, the specific gravity of counterweight iron powder is between 4.0-7.2 (bulk density 2.5-4.8), and customers are all talking about drainage density (true specific gravity, i.e. drainage density). Different counterweight products require counterweight iron sand and iron powder of different specific gravity.

Iron powder, iron sand specifications: 0.2-2.0mm, 120-200 mesh, 200-325 mesh

Small specific gravity counterweight iron sand, iron powder: 6.2-6.5 tons/cubic meter pile weight 4.1-4.3 tons/cubic meter

High specific gravity counterweight iron sand, iron powder: 6.8-7.2 tons/cubic meter pile weight 4.8-5.2 tons/cubic meter

Use of counterweight:

Counterweight for rubber products and counterweight for silicone products

Counterweight for sports goods and fitness products

Counterweight for bridge concrete

Counterweight for electrical appliances (counterweight for elevators)

Counterweight for high-speed railway piers

Counterweight for large mechanical engineering machinery for ship hulls

Wear-resistant engineering, such as airport runways, bridge pavements, docks, bridges, steel mills, etc.