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Product Details:
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| Sic: | ＞90% | Material: | Silicon Carbide |
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| Maximum Service Temperature (℃): | 1450℃ | Volume Density(g/cm3): | 2.7-2.75 |
| Apparent Porosity(%): | 7-8 | Fe2O3: | ＜0.3% |
| High Light: | ceramic kiln stilts,kiln tools |
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1. Description
Our Senior silicon carbide refractory kiln post can offer good heat stability, high mechanical strength at high temperature, excellent thermal stability and distortion resistance at high temperature. Silicon carbide kiln post can be used in daily ceramics widely, such as sanitary ceramic, daily ceramic, art ceramic, pottery ,porcelain tableware and so on.
Oxide bonded sic refractory material has the following features:
oxidating resistance: silicon carbide kiln shelves and ceramic pillar suits for the oxidating atmosphere,and the silicon carbide ceramic plate’s life is up to 500-1000times in the proper operation and sintering.
modulus of rupture and compressive strength resistance: silicon carbide kiln shelves and ceramic pillar can be used on one side for long time without bending.
cold and hot resistance without crack
bulk density and surface flatness without dregs falling.
Using temperature: silicon carbide ceramic plates can be used from 800°C-1550°C.
Deformation:compare with other factory silicon carbide kiln shelves and ceramic pillar (same size),our products have no warpage after long time using,so that it can save the energy and increase the volume of your kiln,therefore silicon carbide kiln shelves and ceramic pillar can increase your efficiency and save your economy.We can supply you the samples and you can test it.
SIC ceramic species
Silicon Nitride bonded SIC (NSIC)
Recrystallizde SiC (Re-SiC)
Oxide bonded SiC (OSIC)
Reaction Bonded SiC (SiSiC)
pressureless sintered silicon carbide (SSIC)
2. Data Sheet
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item
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Technical Data
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volume density(g/cm3)
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2.70-2.75
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apparent porosity(%)
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7-8
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strength at normal temperature(Mpa)
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>50
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high temperature bending strength(Mpa/1400℃)
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>55
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cold crushing strength
(Mpa) |
>90
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refractoriness under load
(℃) |
>1750(T2)2Kg/cm2
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maximum service temperature (℃)
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1450
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pyroconductivity (Kcal/m.h.℃)
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13.5-14.5
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thermalexpansivity
(×10-6/℃)
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4.2-4.8
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chemical compent
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SiC>90%
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Fe2O3<0.3%
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Al2O3>99%(surface coating)
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Contact Person: Mr. Bruce
Tel: 86-18351508304
Fax: 86-510-8746-8690
