Nodulizing is the process of consolidating ore fines,
different concentrates and other ores for smelting by employing processes such
as sintering, pelletization, and briquetting. Nodulizing is gaining prominence
in various metallurgical applications since it enhances the metallurgic
properties of the ore by changing the chemical composition; it eliminates
various harmful impurities, including sulfur and volatile gases, and increases
mechanical strength and reducibility along with improving mechanical
properties. The entire process lends a porous structure to the materials resulting
in formation of pellets and agglomerates and makes it more useful in different
casting processes.
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Nodulizer as a molten iron additive to separate
graphite from cast iron in spheroidal structures and has emerged as the primary
method of accessing ductile iron in ores. Compared to other additives, it can significantly
accelerate the process of spheroidization of graphite matrix through casting,
thereby promoting the formation of graphite nodule. Not only this, applications
of suitable type of nodulizer reduces the defects of nodular cast iron
improving its usability, its application reduces the aggregate investment cost
and increases the production efficiency. These applications have added to the
momentum of market growth across various sectors such as aerospace, defense,
automobile, machinery and wind power.
Common rare earth materials and yttrium-based heavy
rare metals are two most prominent nodulizers; the former type is made of
lanthanum and cerium and has applications in most castings, while the latter is
used largely in ductile iron castings in various heavy sections. Other types
include alloy-like nodulizer, core line nodulizer, and power nodulizer.
Various iron foundries choose the most appropriate type
of nodulizer based on their products requirement and production process involved
in making them. The market demand of nodulizers in various regions, especially
China, depends on the cost of alloy. Most nodulizers are not used alone but as an
auxiliary element. The market dynamics of the global and Chinese nodulizer
industry is driven by investment trends in metallurgical technology and
advancements in nodulizer process. Witnessing the immense growth opportunities
in the market, Prof Research Reports has added a report titled “Global and
Chinese Nodulizer Industry, 2011-2021 Market Research Report”. The analysis offers
in-depth and comprehensive insights into current and emerging trends,
competitive landscape scenario, profile of key market players along with
detailed segmentation and forecasts.
Read more at: http://www.profresearchreports.com/nodulizer-industry-2016-global-and-chinese-analysis-market
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