top quality iron pyrite
top quality iron pyrite
top quality iron pyrite
top quality iron pyrite
top quality iron pyrite
top quality iron pyrite
top quality iron pyrite

top quality iron pyrite

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Price:RUB 21,835.59

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Product Overview

Description

Product Description

Casting of sulphur (iron sulfide) description

A certain amount of sulfur in gray cast iron can improve the cutting performance.

Improved inoculation effect and graphite form, as sulfur can make the length of graphite shorter, the end becomes blunt, the form changes, so the sulfur is added to improve the mechanical properties of gray cast iron and sulfur in gray cast iron.

In the range of 0.08%-0.12%, it is advantageous. When the sulfur content is less than 0.05%, it must be resulfurization.

Our company produces special ferro sulphur use in gray cast iron.

It is convenient and safe, produces little impurities and has high absorptivity(more than 95%). When the electric furnace production, to add a small amount of iron, later to put into some ferro sulphur and cover iron again to smelting. For nodular cast iron, the original molten iron sulfur too low (< 0.008%) is unfavorable. The normal range 0.010% 0.014% will better. Even if, for electric furnace smelting, sulfur in this range also need to added.

We can supply various size of ferro sulphur to service our customers.

The abrasive industry (iron sulfide) description

• The iron sulfide has good stability in high temperature, because of its above reaction makes it an important filler of the high-end grinding wheel.

• The key element of chemical reaction is its purity.

• A large amount of impurities may be harmful to grinding.

• It increases the abrasion of the grinding wheel and reduces the working life.

• Sulfur, sulfur dioxide, sulfur trioxide reacts with the surface of the work piece to form FexSy:

• (I) forming a protective layer;

• (II) as a lubricant;

• Oxygen absorption occurs between 400 and 475 degrees and decreases work pieces damaged, thereby delaying grinding wheel working life in high temperature.

• (I) 4 FeS2 + 11 O2 →2 Fe2O3 + 8 SO2

• (II) 4 FeS + 7 O2 → 4 Fe2O3 + 4 SO2

• 1.400-475 degrees is a very easy up to the limited for grinding wheel work. The above reaction creates an anaerobic and anoxic environment, thus improving the high temperature performance of the grinding wheel.

• 2.The absorption heat of 650 degrees is decomposed reaction to reduce the working temperature of the grinding wheel.

• FeS2 → FeS + S

• Enter the melting state at about 1100 degrees to become a good lubricant to protect the grinding wheel.

• FeS (s) → FeS(l)

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