Which Industries Use Silicon Carbide 88/90 Grade Most?
Silicon Carbide 88/90 is one of the most widely used grades of metallurgical silicon carbide in high-temperature industrial processes. Due to its balanced SiC content, reduction efficiency, and cost effectiveness, Silicon Carbide 88/90 is heavily used in steelmaking, foundry melting, and refractory production.
ZhenAn supplies stable-quality Silicon Carbide 88/90 for global metallurgical buyers, steel plants, and foundries that require consistent reaction performance and economical furnace additives.
This guide explains exactly which industries use Silicon Carbide 88/90 the most and why this grade is often preferred over higher-purity alternatives.
What Is Silicon Carbide 88/90 Grade?
Silicon Carbide 88/90 (SiC 88/90) is a metallurgical-grade silicon carbide material typically used as a deoxidizer, reducer, and silicon-carbon additive in furnace operations.
Typical specification range:
SiC content: 88–90%
Fixed carbon: process dependent
SiO₂: controlled range
Form: lumps, granules, powder
Application class: metallurgical silicon carbide
Compared with abrasive or ceramic grades, Silicon Carbide 88/90 is optimized for reaction efficiency and furnace economics, not ultra-high purity.
ZhenAn produces Silicon Carbide 88/90 with controlled particle sizing and batch stability suitable for industrial charging systems.
Steelmaking Industry - Primary User of Silicon Carbide 88/90
Steelmaking is the largest consumption sector for Silicon Carbide 88/90.
Main Steel Plant Applications
Silicon Carbide 88/90 is used in:
Electric arc furnace (EAF) operations
Induction furnace steelmaking
Ladle refining
Deoxidation processes
Slag conditioning
Partial ferrosilicon replacement
Why Steel Mills Choose SiC 88/90
Steel producers select Silicon Carbide 88/90 because it provides:
Strong deoxidation capability
Combined silicon and carbon contribution
Good reduction reaction speed
Lower alloy cost per ton of steel
Improved furnace efficiency
For cost-controlled steel production, SiC 88/90 offers a favorable performance-to-price ratio compared with higher SiC grades.
Cast Iron Foundries - High Usage Segment
Iron foundries are another major buyer group for Silicon Carbide 88/90.
Foundry Use Cases
In cast iron melting, Silicon Carbide 88/90 is used for:
Silicon and carbon adjustment
Melt chemistry correction
Furnace charge optimization
Graphite structure support
Melt temperature efficiency
Technical Advantages in Foundry Furnaces
Using Silicon Carbide 88/90 can help:
Improve melt fluidity
Reduce oxidation loss
Support stable composition control
Enhance nucleation behavior
Improve casting consistency
ZhenAn supplies graded Silicon Carbide 88/90 sized for induction furnace and cupola furnace feeding systems.
Refractory Manufacturing Industry
Refractory producers use Silicon Carbide 88/90 in general-grade high-temperature materials.
Typical Refractory Applications
Refractory bricks
Castables
Furnace linings
Wear-resistant layers
Thermal shock resistant products
Why SiC 88/90 Is Used Here
For many refractory products, Silicon Carbide 88/90 provides:
Heat resistance support
Structural reinforcement
Oxidation resistance contribution
Cost-efficient performance
Higher purity silicon carbide is used for premium refractories, while SiC 88/90 is widely used in industrial-grade refractory production.
Slag Treatment and Metallurgical Service Companies
Metallurgical treatment contractors use Silicon Carbide 88/90 for reaction and efficiency improvement programs.
Common uses include:
Slag modification
Reduction enhancement
Furnace energy optimization
Reaction yield improvement
These buyers typically purchase Silicon Carbide 88/90 in bulk tonnage and focus on reaction value per cost unit.
When Higher SiC Grades Are Preferred Instead
Silicon Carbide 88/90 is not designed for ultra-high purity sectors.
Higher grades are preferred in:
Abrasive production
Precision ceramics
Semiconductor materials
Advanced sintering
Electronic substrates
For these industries, ≥98% silicon carbide grades are required instead of metallurgical SiC 88/90.
How Industrial Buyers Choose Between SiC Grades
Professional buyers usually select silicon carbide grades based on process goals.
Choose Silicon Carbide 88/90 when:
Cost efficiency is critical
Bulk furnace addition is required
Deoxidation and reduction are primary goals
Steelmaking or cast iron melting is the target use
Choose higher SiC grades when:
Purity directly affects product quality
Ceramic or abrasive performance is required
Impurity limits are strict
ZhenAn technical teams support buyers in selecting the correct Silicon Carbide 88/90 size and grade for each furnace type.
ZhenAn Silicon Carbide 88/90 Supply Advantages
ZhenAn provides metallurgical silicon carbide to global buyers with:
Stable SiC 88/90 chemistry control
Multiple particle size options
Bulk and bag packaging
Batch consistency management
Export experience in metallurgical materials
Technical application support
Available forms include lumps, granules, and powder for different furnace feeding systems.
Contact: market@zanewmetal.com
FAQ - Silicon Carbide 88/90
Is Silicon Carbide 88/90 good for steel deoxidation?
Yes. Silicon Carbide 88/90 is widely used as a composite deoxidizer and reducer in EAF and induction furnace steelmaking.
Can SiC 88/90 replace ferrosilicon?
It can partially replace ferrosilicon in many steelmaking and foundry processes to reduce alloy cost.
Is Silicon Carbide 88/90 used in aluminum production?
No. Aluminum metallurgy normally uses silicon metal rather than metallurgical silicon carbide.
Does higher SiC percentage always mean better performance?
Not always. Correct grade selection depends on furnace process, reaction goal, and cost model.