CaSi Alloy
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CaSi Alloy

CaSi Alloy effectively alters the distribution of inclusions in the melt, promoting rapid flotation and removal of impurities, preventing defects such as white spots and segregation in steel, and improving the toughness, weldability, and wear resistance of castings.
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Product Introduction

Product Description

 

CaSi Alloy is an ideal composite deoxidizer and desulfurizer. The silicon alloy not only has strong deoxidizing ability, with deoxidation products easily flotating and being removed, but it also improves the properties of steel, enhancing its plasticity, impact toughness, and fluidity. In addition, calcium-silicon alloy is suitable as a heating agent in converter steelmaking workshops, and can also be used as an inoculant for cast iron and an additive in ductile iron production.

 

Advantages of Calcium Silicon(CaSi) in Steelmaking

 

Chemical Composition

 

Item

High Carbon CaSi 5520

High Carbon CaSi 6028

Si ≥(%)

55

60

Ca ≥(%)

20

28

C (%)

3.0-6.0

3.0-6.0

Al ≤(%)

2.0

2.0

P ≤(%)

0.04

0.04

S ≤(%)

0.04

0.04

 

Production Process

 

Advantages of Calcium Silicon(CaSi) in Steelmaking

 

Application Scenarios

 

Steelmaking and Metallurgical Industry: CaSi Alloy is suitable for the production of various steels, including carbon steel, low-carbon steel, stainless steel, and special alloy steel. Used as a composite deoxidizer, desulfurizer, and molten steel purifier, it effectively improves the purity, density, and mechanical properties of steel, perfectly adapting to mainstream smelting furnace types such as converters, electric furnaces, and LF refining furnaces.

Cast iron casting industry: Used as a special inoculant for gray cast iron and ductile iron, it can refine graphite structure, uniformly distribute graphite, reduce the tendency of white iron in castings, improve casting strength, wear resistance, and surface finish, and improve the overall quality of castings.

Other metallurgical applications: Can be used as an auxiliary heating agent in steelmaking and an additive in non-ferrous metal smelting, assisting in melt purification and precise composition control, meeting the stringent production requirements of high-end metallurgy and fine smelting.

 

Advantages of Calcium Silicon(CaSi) in Steelmaking

 

Product Shipment

 

Advantages of Calcium Silicon(CaSi) in Steelmaking

 

Client Visit

 

Advantages of Calcium Silicon(CaSi) in Steelmaking

 

Exhibitions

 

Advantages of Calcium Silicon(CaSi) in Steelmaking

 

Our Factory

 

Advantages of Calcium Silicon(CaSi) in Steelmaking

 

Advantages of Calcium Silicon(CaSi) in Steelmaking

 

Our Advantages

 

 

Why Choose US
Factory-Direct Sales, Controllable Quality: With years of experience in metallurgical alloy production, we implement comprehensive quality control throughout the entire process-from raw material procurement to finished product dispatch-ensuring that no substandard products ever reach the market 
Abundant Stock, Rapid Delivery: We maintain a massive inventory of ready-to-ship stock; standard specifications can be shipped immediately upon order placement. Custom orders feature short production cycles, enabling us to effectively meet the urgent procurement needs of clients worldwide. 
Technical Empowerment, Cost Efficiency: We provide complimentary consulting on metallurgical processes and product usage guidance. Based on each client's specific smelting equipment and steel grade requirements, we recommend the optimal dosing strategy to help boost production capacity and minimize material loss.

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FAQ

 

Q1: In which metallurgical processes is CaSi Alloy mainly used?

A1: Primarily used in the deoxidation and desulfurization stage of steelmaking refining, molten steel purification, and in the inoculation and modification stage of cast iron production. It can also be used as an additive in non-ferrous metal smelting and a heating auxiliary material in steelmaking, suitable for various mainstream metallurgical furnace types such as electric furnaces, converters, and LF refining furnaces.

Q2: How to select the appropriate CaSi Alloy grade?

A2: For conventional steelmaking deoxidation and desulfurization scenarios, standard grades CaSi 5528 and CaSi 6030 are sufficient. For high-end special steel and ductile iron production scenarios requiring refined processes, customized silicon-calcium ratios and particle size specifications can be determined based on impurity control standards and feeding methods.

Q3: Are there any requirements for the feeding method and dosage of silicon-calcium alloy?

A3: Block products are suitable for direct feeding into the furnace, granular products are suitable for fine feeding using wire feeders, and powdered products are mostly used in special refining processes. Specific dosage needs to be calculated based on the steel/iron volume and initial impurity content. We can provide free technical guidance.

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