Why It Makes Sense to Use Chrome White Iron in the Mining Industry
March 31, 2021 8:30 am Leave your thoughtsChrome white iron, ASTM A532, is known for its abrasion resistant properties. Indeed, the presence of carbides, as well as [more]
Chrome white iron, ASTM A532, is known for its abrasion resistant properties. Indeed, the presence of carbides, as well as [more]
Related Standards – SAE J434c, UNS F36200, EN-JS 1080, ISO 800-2 Martensitic Ductile Iron (120-90-02) has low to zero pearlite [more]
Related Standards – SAEJ434: Grade D7003 Pearlitic ductile iron (100-70-03) includes graphite spheroids in a matrix of pearlite. The pearlite [more]
Chrome white iron and ceramic have key differences when it comes to abrasion resistance, ease of machining and cost of purchase. Read our blog to find out more.
It’s not enough to simply say that you innovate as an organization. You need to invest time and resources. [more]
Wear Life and Piping Codes Transporting abrasive material under pressure can cause unplanned downtime and added expense to any operation. [more]
With its unique microstructure, high chrome white iron, ASTM A532, can outlast AR 400 plate, alloy steel, and chromium carbide [more]
Industries such as mining, oil and gas and the Oil Sands deal with wear challengesassociated with transporting abrasive media. Chrome [more]
One key benefit of iron production is that a foundry can melt down and reuse metal. Not only does this [more]
Related Standards: EN-JS-1025, GGG40.3 Low temperature, impact resistant ductile iron is a spheroidal graphite cast iron similar to other ductile [more]