High Chrome Stainless Steel Balls
High Chrome Stainless Steel Balls Introduction
The matrix of nodular iron is changed through isothermal quenching. It embodies high strength, super high toughness and wear-resistance. It has been widely applied in mining industry and is fit for mill.
High Chrome Stainless Steel Balls made by DSMAC Features
1. The abrasive resistance is higher than middle chromium ball, similar to high chromium ball, far outweigh low chromium ball.
2. The Ductility is more than all the ball of high chromium, middle chromium and low chromium.
3. The rate of ball Broken is almost zero, no stoppage of Grate seam, and enhanced the efficiency of Mill powder.
4. Lost round rate is extremely low, greatly improved the efficiency of Mill powder.
5. As the specific gravity is only 7.1t/m3, 10% Lighter than normal metal, it will reduce 10 % of the capacity, 10 %to 15% power consumption and increase 5% of output.
6. Reduce mill noise 3-5 Decibel.
7. ”Free charged”: This kind of steel ball reduced at least 10% power consumption, only the Tons of cement node can enough offset the cost of Every tons of cement ,so ADI grinding balls is called as “free charged” steel ball.
Our Dingsheng Group CEO Mr. Lu is a Senior Engineer;
National expert;
Vice-chairman of Chinese Casting Association Wear-resisting Casting Branch;
Vice director of National casting steel and smelting technology Professional Committee;
A member of China Metallo-graphy Anti-abrasion Material Academic Board;
A standing member of China Abrasion Failure and Prevention Professional Committee;
Vice President of China Sand Stone Association and so on.
Especially, our Experts engineer Mr. Zhou Pingan who was graduate student of Tsinghua University and graduated from Tsinghua University in 1955.He is the Total Consultant of Belgium Magotteaux Wear-resistant parts in spare parts all time.
He is The Chinese mechanical engineering society wear failure and anti-wear technology professional committee reputation director and Institute of Chinese foundry advisors.
