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1600 Silicon Carbide Heating Element Furnace 2000MPa-3000MPa Compressive Strength

Product Details

Place of Origin: China

Brand Name: SONGYU

Payment & Shipping Terms

Minimum Order Quantity: 10pcs

Price: Negotiable

Packaging Details: WOODEN CASE

Delivery Time: 15 work days

Payment Terms: T/T, Western Union

Supply Ability: Spark Industry (Henan) Co., Ltd.

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Product Details

Product Description

Product Details

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                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                1600 Silicon Carbide Heating Element Furnace, Silicon Carbide Heating Element Furnace 2000MPa, 3000MPa Silicon Carbide Rod
                              

Type:	H-type	Compressive Strength:	2000-3000MPa
Electrical Resistivity:	10^-3Ω·cm	Maximum Temperature:	1600°C
Chemical Resistance:	Excellent	Shape:	Rod
Thermal Conductivity:	120-150W/m·K	Application:	High Temperature Heating And Heat Treatment Equipment
Diameter:	1-50mm	Density:	2.65g/cm³
Thermal Shock Resistance:	Good	Flexural Strength:	300-400MPa
Material:	Silicon Carbide	Length:	100-3000mm

Type:	H-type
Compressive Strength:	2000-3000MPa
Electrical Resistivity:	10^-3Ω·cm
Maximum Temperature:	1600°C
Chemical Resistance:	Excellent
Shape:	Rod
Thermal Conductivity:	120-150W/m·K
Application:	High Temperature Heating And Heat Treatment Equipment
Diameter:	1-50mm
Density:	2.65g/cm³
Thermal Shock Resistance:	Good
Flexural Strength:	300-400MPa
Material:	Silicon Carbide
Length:	100-3000mm

Product Description

H-type silicon carbide rod

Silicon carbon rods have good chemical stability and strong acid resistance. Alkaline substances have an erosive effect on it under high temperature conditions.

Silicon carbon rod components can undergo the following reactions with oxygen and water vapor when used for a long time above 1000 ℃:

① Sic+2O2 → Sio2+CO2 ② Sic+4H2O=Sio2+4H2+CO2

Compressive Strength	2000-3000MPa
Electrical Resistivity	10^-3Ω·cm
Maximum Temperature	1600°C
Chemical Resistance	Excellent
Shape	Rod
Thermal Conductivity	120-150W/m·K
Diameter	1-50mm
Density	2.65g/cm³