New budget policy expands billet market in Egypt

Egyptian steel industry will most likely face higher prices for electricity and gas this year. Energy expenditures will shrink 39% year-on-year, according to the 2015/2016 draft budget, which is yet to be approved by the president. The government plans to cut expenditures in order to maintain financial solvency, mainly by slashing energy subsidies that accounted for 70% of all state support and 20% of the budget deficit over the last 5 years, according to Alexandria University.

Nevertheless, another growth in expenses will hardly overcome the previous increase of energy tariffs. Over the past two years, electricity prices in Egypt increased three-fold, gas tariffs – by 75%. That raised the cost of long products produced in scrap-based EAFs by $36/t, and of those produced from DRI/HBI – by $73/t. Hence, the increase in gas prices offset the fall in iron ore observed over the period.

If the increase in energy costs, after the new budget is approved, does not exceed 15% this year, Metal Expert forecasts acceleration in rebar costs in Egypt by no more than $9/t for scrap-based facilities and by $21/t for EAFs using DRI/HBI.

After the increase in energy tariffs, the cost of rebar at re-rollers using imported billets and EAF-mills fed by DRI may become almost equal. Regular bottlenecks and consumption limitation of energy resources in Egypt including natural gas, as it was in the case of Ezz Steel recently, makes billet import a reasonable alternative.

Source: Metal Expert.

High Carbon Strips : Grade C98

These strips are available in fully annealed condition with a maximum hardness of 200 VPN & special temper material with hardness ranging from 230 VPN to 270 VPN.

This is a very special grade of steel & is mainly used for making those components where very high tensile strength & yield stress is required. It can achieve hardness of up to 58 HRC Rockwell after Hardening & Tempering. This grade is commonly used for making different kinds of Industrial knives, because due to high hardness it can give a better knife edge & thus a better cutting capacity.

Chemical adsorption of steel.

Chemical adsorption (or chemisorption) measurement techniques, which also include reactions, are useful for evaluating physical and chemical properties of materials that are critical for process / reaction performance.

Such properties can include the (reduction) temperature at which metals become catalytically active, amount of surface metal or active species available for reaction, strength of specific types of active sites, or ability of materials to perform after reduction/oxidation cycles.

The characterizations can provide information on how the material should be used within a process or why a material has a given behaviour within a process.

Source: http://www.azom.com/article.aspx?ArticleID=12186