Urick Blog

Ductile iron is a natural fit in many applications for heavy-duty truck parts, wherein mechanical stresses are constant and failure is not an option.

Ductile iron was made for hard work, exhibiting the kind of toughness, flexibility, and dependability that is a must for agricultural castings.

Foundry jobs can be demanding, but they can also be rewarding, as each worker plays a role in transforming an initial concept into a tangible and useful product.

The best ductile iron foundries are those that have mastery over every step in the casting process — learn what they are and why Urick does them better.

The various heat treatments of ductile cast iron involve heating and cooling a casting within specific temperature ranges for specific durations of time.

Over the decades, many industries have found uses for ductile cast iron, as its desirable mechanical properties qualify it for a host of engineering applications.

Ductile cast iron's unique mechanical properties are determined largely by spheroidal graphite nodules and their interplay within iron matrices on a microscopic level.

The principle difference in ductile iron vs. cast iron is its nodular graphite microstructure, which lends itself to several unique physical properties.

Invented in 1943, ductile iron improves upon other forms of cast iron by virtue of its spheroidal graphite nodules, enhancing yield strength, tensile strength, and elongation.

Production lead times in the foundry industry can be influenced by any number of internal or external factors relating to the complexity of the job, the capacity of the facility, the timing of the order, and the availability of labor.