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Iron Pyrite 100 Mesh

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MOQ : 5 Tons

Iron Pyrite 100 Mesh Specification

Application
steelmaking, abrasive industry, grey cast iron, lead melting, tin melting, lead acid battery recycle, decoppering agent

Product Type
Minerals

Types of Refractories
Basic Refractory

Shape
Powder

Dimensional Stability
Reversible

Chemical Composition
FeS2

Color
Golden

Iron Pyrite 100 Mesh Trade Information

Minimum Order Quantity
5 Tons

FOB Port
WUHU

Supply Ability
3000 Tons Per Month

Delivery Time
7 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
25KG/BAG OR JUMBO BAG

Main Export Market(s)
Western Europe, Middle East, Asia, Africa

Main Domestic Market
All India

Certifications
ISO9001

About Iron Pyrite 100 Mesh

Fe2O3

EINECS No.

215-168-2

Usage

Ceramic Pigments, Cosmetic Pigment

Brand Name

Model Number

004

Type

Iron Oxide

Style

Inorganic Pigment

Color

Grey and red

Shape

powder

Size

325mesh

Application

Painting,anti-rust paint

Fe2O3 Min%(m/m)	93

Moisture %	<0.5
Soluble Matter in Water%	<0.3
Sieve residue on 250 mesh (m/m)	<0.5
volatile components at 105 degree	<0.25
Oil Absorption	9-12
pH value	7.5 -/+ 1
Density g/m3	4.7-4.9
SiO2 %	<3.0

Versatile Industrial Applications

Iron Pyrite 100 Mesh powder demonstrates remarkable utility across several industries. Its key roles include being a basic refractory in steelmaking, an ingredient in abrasives, and an additive in cast iron production. Additionally, it serves vital functions in metal refining processes such as lead and tin melting, lead-acid battery recycling, and as a decoppering agent. Its dependable properties and consistent quality make it indispensable for manufacturers.

Dimensional Stability and Chemical Advantages

With a chemical composition of FeS2 and a reversible dimensional stability, Iron Pyrite 100 Mesh maintains structural integrity under variable temperatures. This attribute is crucial for basic refractory applications where materials must withstand expansion and contraction without compromising performance. As a powder, it offers efficient mixing and uniformity in industrial processes, contributing to high operational standards.

FAQ's of Iron Pyrite 100 Mesh:

Q: How is Iron Pyrite 100 Mesh powder used in steelmaking?

A: Iron Pyrite 100 Mesh powder is primarily utilized in steelmaking as a basic refractory. It is added during the production process to manage sulfur content and enhance the quality of steel. Its chemical stability and resistance to high temperatures make it suitable for lining furnaces and kilns.

Q: What benefits does Iron Pyrite 100 Mesh provide in grey cast iron production?

A: In grey cast iron manufacturing, using Iron Pyrite 100 Mesh powder helps control impurities and improve overall casting characteristics. Its stable chemical composition ensures consistent results, contributing to the strength and quality of the final product.

Q: When is Iron Pyrite 100 Mesh typically employed in the abrasive industry?

A: Iron Pyrite powder is incorporated during the production of abrasive materials to enhance cutting efficiency and add durability. Its integration usually occurs in the formulation phase when combining various raw materials to achieve desired abrasive properties.

Q: Where is Iron Pyrite 100 Mesh most commonly sourced from?

A: This product is predominantly sourced from China, where it is manufactured, exported, and distributed globally by suppliers, traders, and distributors specializing in refractory materials and chemical additives.

Q: What is the process of using Iron Pyrite 100 Mesh as a decoppering agent?

A: In metal refining, Iron Pyrite 100 Mesh is introduced into molten lead or tin to facilitate the removal of copper impurities. The pyrite reacts with the copper, forming a separate phase that can be eliminated from the melt, thus improving metal purity.

Q: How does the reversible dimensional stability of Iron Pyrite 100 Mesh benefit industrial applications?

A: The reversible dimensional stability ensures the powder maintains its structure through repeated heating and cooling cycles. This property is vital in processes where temperature fluctuations are common, as it prevents cracking or degradation of refractory linings.