Backed by abundant and good quality bauxite reserves and cheap labour costs, Indian aluminum producers have emerged among the lowest cost aluminium producer in the world. India is home to the sixth largest bauxite deposit in the world which makes its world's 5th largest aluminium producer. Aluminum industry in India registered a phenomenal growth during the past few years on the back of robust growth in the economy. However, the current ongoing global crisis seems to have created some medium term hiccups. In this article, we have analysed the domestic aluminium industry through Michael Porter's five forces model so as to understand the competitiveness of the sector. Barriers to entry: We believe that the barriers to entry are medium. Following are the factors that vindicate our view.
Bargaining power of suppliers: The bargaining power of suppliers is low for fully integrated aluminium smelters (upstream) as they have their own mines for key raw material like bauxite. Examples here could be Nalco and Hindalco. However, those who are non-integrated or semi integrated, (downstream) have to depend upon the upstream producers for alumina or primary metal. While the bargaining power is limited in case of power purchase as it is highly regulated sector and government is the sole supplier most of the times, increasing usage of captive power plants are helping the companies to rationalize their costs to certain extent.
Bargaining Power of Customers: Being a commodity, customers enjoy relatively high bargaining power as prices are determined on demand and supply.
Competition: Competition is primarily on quality and price, as being a commodity, differentiation is difficult. However, the recent spate of consolidation has reduced the competitive pressure in the industry. Further, increasing value addition to aluminium products has helped some companies protect themselves from the high volatility witnessed in the industry.
Threat of substitutes: On one side, the usage of aluminium is rising continuously in the automobile and construction sector but steel still remains a main substitute because of its relatively lower cost. On the other side, copper has been slowly substituting aluminum's usage in the power sector due to its higher conductivity. However, with properties like higher strength-to-weight ratio, durability, higher corrosion-resistance and relatively lower cost, aluminium is able to hold its own. Thus the usage of aluminium is likely to increase over a long term period.
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