1 / 4Silicon Carbide Heater in India
Silicon Carbide Heating Elements represent the pinnacle of high-temperature ceramic heating technology, manufactured from ultra-high purity recrystallized α-SiC (alpha silicon carbide) utilizing advanced powder metallurgy and high-temperature sintering processes. These sophisticated non-metallic heating elements are specifically engineered for demanding industrial and laboratory furnace applications requiring reliable operation at extreme temperatures up to 1600°C in diverse atmospheric conditions including oxidizing, reducing, and inert environments. We supply and export silicon carbide heater to industrial buyers in India, commonly used for ceramics kilns and pottery firing furnaces and glass melting, forming, and annealing furnaces. Related configurations include sic heater and sic heating rod, available on request.
Ultra-high temperature operation up to 1600°C
Exceptional service life in harsh oxidizing and corrosive atmospheres
Replaceable during operation eliminating furnace shutdowns
Silicon Carbide Heaters for India
In India, silicon carbide heaters are mostly specified for steel & metals. Major industrial centres include Delhi NCR, Maharashtra and Gujarat, and we ship to sites anywhere in the country.
Mains supply in India is 230 V single-phase / 415 V three-phase at 50 Hz. We wind each silicon carbide heater for the voltage and wattage on your specification.
Our factory is in Ghaziabad (Delhi NCR), so Indian customers can review drawings and work directly with our engineers on custom builds.
- Mains supply
- 230 V single-phase / 415 V three-phase
- Frequency
- 50 Hz
- Typical sectors
- Steel & Metals
Key Features
- Ultra-high temperature capability up to 1600°C continuous operation
- Superior thermal shock resistance with minimal scaling and spalling
- Exceptional chemical and corrosion resistance in aggressive atmospheres
- Uniform temperature distribution with optimized infrared radiation
- Replaceable elements during operation eliminating furnace shutdowns
- Non-metallic construction preventing product contamination
- Low thermal mass enabling rapid heat-up and energy efficiency
- Extended service life reducing replacement and maintenance costs
- Comprehensive atmosphere compatibility including vacuum and inert gas
- Custom shapes and configurations for specialized furnace applications
- Precise electrical characteristics with superior consistency
- Advanced ceramic engineering for demanding industrial applications
- Environmental resistance to thermal cycling and mechanical stress
- Professional technical support and comprehensive application assistance
Specifications
- Maximum Operating Temperature
- 1600°C (2912°F) continuous operation
- Element Materials
- Ultra-high purity recrystallized α-SiC (alpha silicon carbide)
- Element Configurations
- DH, DL, U, CU, M, W, SG, SGR, UX, DB, Custom shapes
- Rod Diameter Range
- 8–54 mm standard (up to 75 mm for specialized spirals)
- Maximum Standard Length
- 4300 mm straight (1000 mm for SG/SGR configurations)
- Power Density Range
- 15 to 50 W/cm² (application and cooling dependent)
- Resistance Tolerance
- ±10-15% (superior consistency vs. standard SiC)
- Atmosphere Compatibility
- Oxidizing, reducing, inert gas, vacuum, controlled atmosphere
- Thermal Shock Resistance
- Exceptional resistance to rapid temperature changes
- Chemical Compatibility
- Superior resistance to acids, alkalis, and aggressive chemicals
- Service Life Expectancy
- 12-24 months continuous / 3+ years controlled conditions
- Connection Types
- Aluminum braid, clamp-on, spring-loaded, ceramic terminals
- Manufacturing Process
- Advanced powder metallurgy with high-temperature sintering
- Quality Standards
- International specifications with comprehensive testing protocols
Applications
- Ceramics kilns and pottery firing furnaces
- Glass melting, forming, and annealing furnaces
- Powder metallurgy sintering and consolidation
- Laboratory and research high-temperature furnaces
- Metal heat-treatment and annealing chambers
- Advanced materials processing and development
- Semiconductor and electronics manufacturing
- Crystal growth and purification systems
- Refractory and insulation material processing
- Calcination and thermal decomposition processes
- Dental and jewelry casting furnaces
- Vacuum and controlled atmosphere processing
- Metallurgical research and development
- High-temperature chemical synthesis reactors
Frequently Asked Questions
Yes. Tell us the supply voltage at your site (230 V single-phase / 415 V three-phase) and the required wattage, and we will build the silicon carbide heater for it.
Silicon Carbide Heater in Other Countries
We manufacture the Silicon Carbide Heater in India and export it to 20 countries. Choose yours for local supply details.
Australia
Russia
Brazil
Canada
Germany
Japan
Kuwait
Mexico
Oman
Qatar
Saudi Arabia
South Africa
Turkey
United Arab Emirates
United Kingdom
United States
China
Denmark
India
ThailandRequest a Quote for Silicon Carbide Heater
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Interested in Silicon Carbide Heater for India?
Get a custom quote from our engineering team.