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  • High Quality Carburizing Furnace Ceramic Rod Radiant  Heating Element
  • High Quality Carburizing Furnace Ceramic Rod Radiant  Heating Element
  • High Quality Carburizing Furnace Ceramic Rod Radiant  Heating Element
  • High Quality Carburizing Furnace Ceramic Rod Radiant  Heating Element
  • High Quality Carburizing Furnace Ceramic Rod Radiant  Heating Element
  • High Quality Carburizing Furnace Ceramic Rod Radiant  Heating Element
High Quality Carburizing Furnace Ceramic Rod Radiant  Heating Element

High Quality Carburizing Furnace Ceramic Rod Radiant Heating Element

  • 1 - 19 Pieces
    $250
  • 20 - 49 Pieces
    $238
  • 50 - 99 Pieces
    $228
  • >= 100 Pieces
    $200

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 1000 pieces)
Graphic customization(Min.Order: 1000 pieces)

High Quality Carburizing Furnace Ceramic Rod Radiant Heating Element

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Carburizing: Designed to deliver precise radiant heat for carburizing processes in metal heat treatment, enabling uniform surface hardening of steel components.
  • Dual-Purpose Heating: Operates as both an electric heater (380V) and water-cooled heater, providing flexibility in thermal management for industrial applications.

Key features

  • 1. Advanced Material Technology

  • With ceramic rods reinforced by corrosion-resistant CR25AL5/CR20NI80 alloy wires, ensure unmatched durability in extreme high-temperature environments. ~30% longer lifespan than traditional metal-based heating elements*.

  • 2. High-Performance Output

  • With 10kW power at 380V, deliver rapid and efficient heating. ~20% faster heat-up compared to standard models*, ideal for industrial carburizing processes requiring quick temperature ramp-up.

  • 3. Dual-Function Scenario Adaptability

  • Suitable for both electric furnace systems and water heating applications, offering ~25% more operational flexibility* than single-purpose heaters. Perfect for industrial, commercial, or manufacturing environments.

  • 4. Compact Rod Design

  • The slender rod shape enables seamless integration into tight furnace spaces, saving ~15% more installation area* compared to bulky alternatives. Optimized for space-constrained industrial setups.

  • 5. Safety-Compliant Construction

  • Ceramic material meets high-temperature industrial safety standards*, ensuring reliable operation in harsh conditions. [*Disclaimer: Specifications comply with general industrial standards; confirm specifics with the manufacturer.]

Product details

High Quality Carburizing Furnace Ceramic Rod Radiant  Heating Element

The High Quality Carburizing Furnace Ceramic Rod Radiant Heating Element is designed for industrial applications requiring precise temperature control and durability. Built with advanced ceramic material and customizable resistance wires, it supports both electric and water-based heating systems, offering versatility for carburizing, metal treatment, and high-temperature processing.

Technical specifications

FeatureSpecificationBenefit
MaterialCeramicWithstands extreme temperatures (up to 1,400°C)
Power10 kWEfficient energy delivery for large-scale operations
Power SourceElectric/WaterDual compatibility for diverse systems
Resistance WireCR25AL5, CR20NI80Enhanced corrosion resistance and stability
ShapeRodOptimized radiant heat distribution
Voltage380VStandard industrial compatibility
Warranty1 yearGuaranteed reliability and support

Customization guide

Adjustable parameters include:

  • Material: Swap ceramic for alternative heat-resistant alloys for specialized environments.
  • Power Output: Scale between 8–12 kW to match thermal demands.
  • Resistance Wire Type: Choose CR25AL5 for high-temperature stability or CR20NI80 for cost-effective corrosion resistance.

Get inspired

With its robust ceramic core and customizable resistance wires, this heating element is ideal for carburizing furnaces, industrial kilns, and high-temperature processing. Its dual power-source capability ensures seamless integration into existing systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature1,200°C+15% (1,380°C)+30% (1,560°C)*
Power Efficiency85%92%98%
Lifespan2,000 hours3,000 hours5,000 hours
Resistance WireCR20NI80CR25AL5CR25AL5 + NiCr coating

Supplier's note

  1. Technical Breakthroughs:

    • Ceramic Material: Achieves 30% higher thermal stability than traditional metal rods.
    • CR25AL5 Wire: Delivers 2x longer lifespan in corrosive environments.
    • 380V Compatibility: Reduces energy conversion losses by 18% compared to lower-voltage systems.
  2. Version Selection Guide:

    • Base Model: Ideal for standard carburizing (≤1,200°C) in low-corrosion environments.
    • Advanced Model: Suitable for heavy-duty applications requiring CR25AL5’s high-temperature resilience.
    • Pro Model: Engineers demanding extreme temperatures (1,560°C) and corrosion resistance should opt for its NiCr-coated wires, which excel in aerospace alloy processing.

*Pro Model’s max temperature exceeds industry benchmarks by 10%.

Frequently asked questions

  • Which carburizing furnace heating element is best suited for high-temperature industrial applications?

  • How do I clean and maintain a ceramic rod radiant heating element for optimal longevity?

  • Ceramic vs. Metal Heating Elements: Which is better for carburizing furnaces?

  • Can the ceramic rod heating element be customized for specific power or voltage needs?

  • Is the ceramic rod compliant with industrial safety and quality standards?

  • What’s the lifespan of a ceramic rod compared to metal heating elements?

  • How does the 10kW capacity of this heating element meet industrial heating demands?

  • How does the 380V voltage ensure stable performance in carburizing furnaces?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Ceramic Rod HeatersCarburizing furnaces, high-temperature industrial processesMaterial: Alumina ceramic (95% purity, ASTM C693)
Power: 10 kW (Base) ▲12 kW (Advanced) (IEC 60038)
Resistance wire: Cr25Al5 (ASTM A276)
25% higher power (Advanced vs Base)
Corrosion resistance (vs metal sheathed heaters)
1-year warranty (▲ vs industry 6 months)
Higher upfront cost (▲ Advanced version reduces cost by 15% vs Base)
Requires precise installation
Metal Sheathed HeatersIndustrial dryers, low-to-moderate temp applicationsMaterial: Stainless steel (ASTM A240)
Power: 8 kW (IEC 60038)
Resistance wire: NiChrome (ASTM A950)
Lower cost (▲ 30% cheaper than ceramic)
Easier maintenance
Max temp: 800°C (▲ ceramic handles 1200°C)
Shorter lifespan (6 months warranty)
Infrared HeatersSpace heating, rapid dryingEmitter type: Quartz (IEC 60096)
Power: 5 kW (IEC 60038)
Rapid heat-up (▲ 50% faster than electric resistance)
Energy-efficient
Limited to ≤400°C
Directional heat distribution
Electric Resistance HeatersPrecision temp control in labs/industriesCoiled wire (ASTM A950)
Power: 15 kW (IEC 60038)
±1°C accuracy (▲ vs industry ±5°C)
Compact design
High power consumption (▲ 20% more efficient in Advanced ceramic heaters)
Gas-Fired HeatersOutdoor, high-output industrial useFuel: Natural gas (ISO 13686)
Power: 20 kW (ISO 3095)
High output (▲ 2x ceramic heaters)
Cost-effective for large-scale use
Requires fuel infrastructure
CO₂ emissions (▲ electric heaters are emission-free)
Water Heaters (Dual-Purpose)Industrial boilers, water treatmentMaterial: Stainless steel (ASTM A240)
Power: 8 kW (IEC 60038)
Dual mode: Heating + Water Heating
2-in-1 functionality (vs single-purpose heaters)
Energy recovery efficiency (▲ 15% in Advanced)
Requires water circulation system
Lower max temp (▲ ceramic reaches 1200°C)

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