Used in Alloy Steel 14~20% Boron Alloy Boron Iron CAS11108-67-1 Feb Ferro Boron

• Customization: Available
• Product Type: Lump
• Material: Feb
• Model NO.: 14~20%
• Carbon Content: Medium Carbon
• PCD: 112mm
• ET: 42mm
• Hole: 5
• Usage: Steel Making
• Melting Temperature: 1400-1550
• Density: 5.8-6.5g/cm3
• Sample: Avaiable
• MOQ: 1kg
• Appearance: Silver Metal Block
• Materials: Feb
• CAS: 11108-67-1
• Size: 10-100mm
• Transport Package: 50kg Drum
• Specification: 14~20%
• Trademark: Fitech
• Origin: China
• HS Code: 7202999900
• Production Capacity: 100mt/Year

Product Description

Ferro Boron

1. Molecular formula: FeB

2. Melting Point: 1400~1550ºC

3. CAS No.: 12604-58-9

4. HS Code: 7202999900
 

5. Purity: 14~20%
    Alloy of boron and iron. According to carbon content, boro-iron (boron content: 5-25%) can be divided into low carbon (C≤0.05% ~ 0.1%,9% ~ 25%B) and medium carbon (C≤2.5%,4% ~ 19%B). Iron boron is a strong deoxidizer and boron addition agent in steelmaking. The greatest role of boron in steel is that only a very small amount of it can significantly improve the hardenability and replace a large number of alloying elements. In addition, it can also improve mechanical properties, cold deformation properties, welding properties and high temperature properties.

 

    Mainly used in steel and cast iron. Used for alloy structural steel, spring steel, low alloy high strength steel, heat resistant steel, stainless steel, etc. Boron can improve toughness and wear resistance in cast iron, and is widely used in the manufacture of automobile, tractor and machine tool.
 

Product name	Ferro Boron
Grade	Industrial Grade
Color	Grey with Metallic Luster
Purity	14~20%
Shape	Lump
Density	5.8-6.5g/cm3
Melting Point	1400-1550ºC

 

Applications

    Adding 0.07%B to steel can significantly improve the hardenability of steel. Boron added to 18%Cr, 8%Ni stainless steel after treatment can make precipitation hardening, improve high temperature strength and hardness. Boron in cast iron will affect the graphitization, thus increasing the depth of the crack to make it hard and wear resistant. Adding 0.001% ~ 0.005% boron to malleable iron is beneficial to forming spheroidal ink and improving its distribution. Low aluminum and low carbon boron iron are the main raw materials of amorphous alloys.

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Packing

                                                                                      
 

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