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ZHENGZHOU SONGYU HIGH TEMPERATURE TECHNOLOGY CO.,LTD william@songyuht.com 86-0371-6289-6370

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Home > products > SiC Heating Element > Double Threaded Silicon Carbide Rod SiC Heating Element 300mm Length

Double Threaded Silicon Carbide Rod SiC Heating Element 300mm Length

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
Highlight:

silicon carbide rod sic

,

sic heating element 300mm

,

double threaded silicon carbide rod

Length:
300mm
Maximum Surface Load:
9W/cm²
Hot Zone Length:
75mm
Max. Working Temperature:
1600°C
Diameter:
12mm
Chemical Composition:
SiC ≥ 98%, Free Si ≤ 0.5%
Heating Zone Length:
150mm
Resistance At 20°C:
1.2Ω
Flexural Strength:
≥400MPa
Porosity:
≤15%
Thermal Conductivity:
≥45W/m·K
Cold Zone Length:
75mm
Shape:
U Shape
Bulk Density:
2.7g/cm³
Length:
300mm
Maximum Surface Load:
9W/cm²
Hot Zone Length:
75mm
Max. Working Temperature:
1600°C
Diameter:
12mm
Chemical Composition:
SiC ≥ 98%, Free Si ≤ 0.5%
Heating Zone Length:
150mm
Resistance At 20°C:
1.2Ω
Flexural Strength:
≥400MPa
Porosity:
≤15%
Thermal Conductivity:
≥45W/m·K
Cold Zone Length:
75mm
Shape:
U Shape
Bulk Density:
2.7g/cm³
Product Description

SGR Type SiC Heating Elements

Double threaded rod is an electronic component made by precision calculation and special processing on the basis of U-shaped silicon carbide rod. It is designed to meet the needs of electric furnaces with small furnace space that cannot install normal U-shaped silicon carbide rod, and the temperature can reach 1500. Mainly used for heating kilns with special needs, its characteristics are: more energy-efficient, easy to operate, high operating temperature, and long service life.

Density 2.6-2.8 g/cm3
Product Type Heating Elements
Resistance 1.2-2.5 Ohms
Maximum Power 500-3000 Watts
Max. Working Temperature 1600°C (2912°F)
Thermal Conductivity 100-120 W/m·K