20mm 40mm Forged Rolling Grinding Steel Balls 45HRC For Energy Mining

20mm 40mm 60mm 80mm 100mm Forged Rolling Steel Grinding Balls For Sale

Inroduction

Application environment

Our company can produce 20-150mm of low, medium and high chromium alloy cast balls. We use large angle steel, high-quality scrap steel and other materials and add chromium, manganese, vanadium, titanium, rare earth metals, etc. according to different product needs, so that the product has high hardness, low wear, strong toughness, and less broken. the surface hardness of the sphere will be further improved, and the wear resistance will be enhanced during use. It is widely used in powder equipment and ultra-fine deep processing in cement building materials, metal mines, coal slurry thermal power, chemical engineering, ceramic coatings, light work papermaking, magnetic materials and other industries.

Ball mills are widely used in metallurgy, minerals, electric power, building materials, chemicals and other fields, and are the most commonly used crushing equipment. The grinding medium is a ball or cylindrical object rolling in a ball mill. The grinding media of ordinary ball mills are mainly metal balls and cylinders. In the ceramic production industry, ceramic grinding media are mainly used, followed by natural flint and pebbles.

Product advantages

1. Product diameter 20-150mm, support customization, impact toughness up to 12-35J/cm2, crushing rate is less than 0.5% (forging ball national standard YB/T091-2005 crushing rate ≤ 1%), stable quality, high hardness, good hardenability, dense metallographic structure, fine grains, good wear resistance, and abrasion is half of cast balls.

2. High hardness, no breakage, no loss of roundness. The raw material of the forging ball is round steel fixed by the steel mill, so the forging ball has all the advantages of steel and becomes a high-quality machine-milled ball after heat treatment.

3. Factory direct sales, low price, low production cost, low energy consumption, no pollution, low labor intensity, high production efficiency, large output, high production mechanization and automation, and no manual production links.