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Cordierite
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Material Properties
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Crystar® 2000/3000
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Recrystallized silicon carbide (ReSic) was the first advanced silicon carbide material to be used extensively for kiln furniture. It is a viable choice in many applications especially in the temperature range from 1350° C up to its maximum use temperature of 1600° C. |
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Advancer®
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Advance nitride-bonded silicon carbide (NSiC) is distinguished from conventional nitride-bonded silicon carbide in that it is significantly stronger, thinner and much more resistant to oxidation. It is suitable for temperature up 1450° C |
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Annasicon® RT
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Advanced nitride-bonded silicon carbide(NiSC) is distinguished from Advancer® in that it has better low temperature oxidation resistance than Advancer® for application up to 1200° C. |
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Annasicon® RTH
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Advanced nitride-bonded silicon carbide(NiSC) is distinguished from Annasicon® RTin that it has better low temperature oxidation resistance than Advancer® for applications up to 1450° C |
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Crystar® RB
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Reaction-sintered, silicon-infiltrated silicon carbide(SiSC) has a strength approximately 40% higher than NSiC and twice that of ReSiC. Its high strength and superior oxidation resistance make SiSiC the material of choice for most applications where the maximum temperature is below 1350° C. |
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Silit® SK, SKD
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Reaction-bonded, silicon-infiltrated silicon carbide(SiSiC) material is either cast or extruded. Its high strength and superior oxidation resistance make SiSiC the material of choice for most applications where the maximum temperature is below 1350° C |
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Hexoloy® SA & SE
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Sintered alpha silicon carbide (SSiC) components have the highest strength, best oxidation resistance and highest use temperature(1750° C) of all advanced silicon carbides. |