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The France equivalent of Silicon Carbide (Sintered SSiC) is Hexoloy SA with a % composition match.

🇫🇷 France equivalent of

Silicon Carbide (Sintered SSiC)

Hexoloy SA

Standard: Saint-Gobain · Source: saint-gobain.com, SSiC standard

Match%
View full Silicon Carbide (Sintered SSiC) data →

Quick Facts

Original🇫🇷 Equivalent
DesignationSilicon Carbide (Sintered SSiC)Hexoloy SA
StandardENSaint-Gobain
Categoryceramicceramic

Frequently Asked Questions

Is Silicon Carbide (Sintered SSiC) the same as Hexoloy SA?

Silicon Carbide (Sintered SSiC) (EN) and Hexoloy SA (Saint-Gobain) are near-equivalent grades with a null% composition overlap. Both are ceramic grades. Minor differences may exist in alloying element ranges. For most applications, they are interchangeable. Always verify against the applicable specification for safety-critical components.

Can I substitute Silicon Carbide (Sintered SSiC) with Hexoloy SA?

In most cases, yes. The chemical composition ranges overlap significantly (null%). However, verify mechanical property requirements for your specific application, as heat treatment practices may differ between EN and Saint-Gobain standards.

What is the Saint-Gobain equivalent of Silicon Carbide (Sintered SSiC)?

The Saint-Gobain equivalent of Silicon Carbide (Sintered SSiC) (sic) is Hexoloy SA, specified in saint-gobain.com, SSiC standard.

Other International Equivalents

CountryStandardGradeMatch
🇩🇪GermanyCeramTecEkasic F/T%
🇯🇵JapanKyoceraSC-211%
🇺🇸USACoorsTekUltraSiC SC-30%
🇩🇪GermanySchunkCarSIK-SD%
🇬🇧United KingdomSyalonsReaction/Sintered SiC%

Related Comparisons

Compare Silicon Carbide (Sintered SSiC) vs Hexoloy SA in detail →🇩🇪Silicon Carbide (Sintered SSiC)→Ekasic F/T🇯🇵Silicon Carbide (Sintered SSiC)→SC-211🇺🇸Silicon Carbide (Sintered SSiC)→UltraSiC SC-30

Data provided for reference only. Always verify against the applicable specification for critical applications. Source: EN, saint-gobain.com, SSiC standard.

All data is for reference only. Equivalents indicate similarity, not identity. Always verify against the applicable specification for safety-critical applications. materialref.com accepts no liability for decisions based on this data.