Synthetic Calcium Aluminate Slags

タイトルまたは説明

Synthetic Calcium Aluminate Slags

Keywords

synthetic calcium aluminate slags, premelted refining slags, calcium aluminate, premelted calcium aluminate, flux

Introduction

At present, most steel plants in the world generally adopt Ladle refining, to reduce gas inclusion and make molten stell evenly, in order to realize high yield, high quality and low cost steel making. So Synthetic Calcium Aluminate Slags is designed and manufactured to meet the above requirement and take a very important role in steel refining.

Properties

Low molten point, fast molten, shorten refining time and energy consuming.

Good fuidity, desulphurization and inclusion reducing

No flame, little dust emission and good safety in use

No water absorption and no metamorphosing

Effectual submerged arc, and reduce electric arc to burn and erode ladle lining, and enhance ladle life.

Specification

1. CaO: *9 - *4% Al2O3: *1 - *5% SiO2: 3.8% max. TiO2: 2.8% max. Fe2O3: 1.8% max. MgO: 2.0% max.

2. CAO : *3% - *6% , AL2O3 : *2% - *7% , SIO2 : 4%MAX , FE2O3 : 1.5% MAX , MGO : 3% MAX , P : 0.*5% MAX , S : 0.1% MAX

3. Al2O3  *9 - *3%  CaO   *2 - *6% SiO2  5.5% max Fe2O3  3% max TiO2: 4% max MgO: *1 - *5%

4. CaO: ****3%, Al2O3: ****9%, TiO2: 0.*5% max, Fe2O3: 0.*5% max, SiO2: 1% max, MgO: 0.2% max, S: 0.*8 max

5. CaO ****3 %, Al2O3 ****3 %, SiO2 3.5 %MAX, TiO2 2 % MAX, Fe2O3 1.2 % MAX

6. MgO *0,5 % min, CaO *2,0 % min. Al2O3 *9,5 % min. SiO2 7,0 % max. Fe2O3 3,5 % max.

TiO2 4,0 % max.

7. CaO *3% Min. Al2O3 ****5% SiO2 6.0% Max. TiO2 4.0% Max. MgO 2.0% Max.Fe2O3 2.5% Max.

8. CaO : ****6%, Al2O3 : ****4%, SiO2: 5% max. Fe2O3: 2.0% max. P: 0.*5% max, S: 0.*5% max

9. MgO:*1.0% min, CaO:*2 % min, Al2O3:*9% min, SiO2 : 5.5% max, Fe2O3:3.0% max, TiO2 : 4.0% max

*0. CaO: *5 - *2%, Al2O3: ****0%, MgO: ***5%, SiO2: 3% max, S: 0.1% max, P: 0.*5% max, TiO2: 0.*6% max

Size: ***0 mm

Melting point: ***0 C max

Principal mineralogical phase: C*2A7

CAS No.: *********2 or *********1

Other specification can be manufactured according to customers requirement.

Application Method

Adding Calcium Aluminate in the furnace. Dosage: one ton molten steel needs Calcium Aluminate around ***0 kg, and density of molten steel is greater than Calcium Aluminate. Then, argon gas is pumped in from the bottom of furnace, it drives the calcium aluminate to mix with the molten steel completely. Meanwhile, the molten Calcium aluminate adsorbs sulphur substance. Finally, dregs will suspend on the surface of molten steel due to it’s low density and can also keep warmness.

Application Functions

Desulphurization

Deoxygenation

Impurities absorption

Ladle lining protection

Packing

***0KG, ***0KG per sack