This standard is modified with the USA ASTM A532/A532M-93a (2003) ‘Standard specification for wear-resistant cast iron’ and EU standard EN12513:2000N ‘CAST WEAR-RESISTANT CAST IRON’ and other foreign advanced standards of the relevant provisions.

Study of the Hardening-toughening Heat Treatment Process of High Chrome Cast Iron Grinding Balls (2)

3.The graded austenitizing isothermal quenching process 3.1 Effect of grade austenitizing austempering on mechanical properties of Grinding Ball After the ball was austenitized at 980 °C for 150 min + 920 °C for 30 Min, and then put into a salt bath furnace at 260 °C for 30 min and 50 Min, the hardness and […]

Study of the Hardening-toughening Heat Treatment Process of High Chrome Cast Iron Grinding Balls (1)

Abstract: The influence of quenching-tempering heat treatment, conventional austempering heat treatment and multi-stage austenitizing austempering heat treatment on the microstructure and property of high chrome cast iron grinding balls were comparatively investigated. The results show that the impact toughness and impact fatigue resistance of the grinding balls are higher after austempering. The austempering heat treatment […]

Heat treatment process of the high chrome cast iron Grinding Media

Guo Zhi-hong, Wei Ying-hui, Wang Hong-wei (Taiyuan University of Technology, materials science, Taiyuan, Shanxi) ABSTRACT: A heat treatment process of high chromium cast iron grinding media with trace alloying elements Mo, V, NB was studied. The heat treatment processes of quenching at 980 °C, tempering at 400 °C and 600 °C was adopted. The microstructure […]

grinding media

Development of high carbon chromium GCr15 grinding ball with high wear resistance

Introduction As a kind of grinding body, grinding ball requires high hardness, the higher the hardness, the better the wear resistance. From the carbon content of the grinding ball: With the increase of carbon content of the grinding ball, the higher the hardness of the grinding ball, the greater the wear resistance, when the carbon […]

wear-resistant Bainite Steel Ball

Industrial process analysis and control of wear-resistant Bainite Steel Ball

The grinding ball is the easy-consumption part of the ball mill. The high-quality grinding ball can reduce the overall production cost, improve the overall economic efficiency, reduce the number of downtimes, improve the utilization of ball mill, reduce labor costs. MN-B alloy bainite steel ball has the characteristics of low cost, high strength, and excellent […]

Mill balls are classified according to manufacturing processes: Casting and Forging

ball mill grinder

Correct usage of the steel ball in the ball mill

Ball mill introduction: Ball mill is the vital equipment to pulverize material after it is broken. It is widely used in cement, silicate products, new building materials, Refractory, chemical fertilizer, black and Non-ferrous metal dressing, and glass-ceramic industries Dry or wet grinding of all ores and other grindable materials.

grinding media

What are the types of grinding media for Ball Mills

There are many different kinds of grinding media used in ball mills, such as forged grinding media and cast grinding media. Among them, forged grinding media are called forging balls for short; cast grinding media are called casting balls for short; cast grinding media are divided into high, medium, and low chrome. Today, the main […]

The automatic equipment for cleaning, separating and separating the cast wear-resistant steel balls has been used in 3 factories, and has achieved the desired design effect This process is an important technical breakthrough in foundry equipment of ball casting industry.

Ball Mill balls Sorting And Seperating Machine

The sand is separated and filtered by the vibrating sieve, and then the casting is rolled into a high-speed rotating barrel. The separated casting ball mill balls and the gating-risers enter into the vibration sorting mechanism at the same time. The ball and the gating-risers are classified by the principle of vibration conveying. The results […]