Silicon Nitride Igniter BLK-C7-SN-300

The BLK-C7-SN-300 Silicon Nitride Igniter is a high-performance ceramic ignition and heating element manufactured using advanced hot-press silicon nitride (Si₃N₄) technology. It is designed to deliver fast heating response, high temperature stability, excellent electrical insulation, and long service life under demanding industrial conditions.

Key Specs at a Glance

🔥 Power: 250–650W (customizable)
🔥 Voltage: 55–250V
🔥 Frequency: 50 / 60 Hz
🔥 Max Temperature: up to 1200°C (dry point)
🔥 Surface Load: up to 25 W/cm²
🔥 Heating Response: Fast heat-up, low thermal inertia
🔥 Insulation Strength: 2500V / 1 min (no breakdown)
🔥 Service Life: Long lifespan for industrial ignition applications

Description

With its compact structure, low thermal inertia, high mechanical strength, and strong resistance to acid and alkali corrosion, this silicon nitride igniter is ideal for continuous operation and high-frequency ignition cycles.

The product is supplied directly by a professional manufacturer and source factory, with full support for OEM customization, bulk production, and global wholesale distribution.

Silicon Nitride Igniter BLK-C7-SN-300
Silicon Nitride Igniter BLK-C7-SN-300

Electrical Performance Parameters

  • Rated Voltage: 55V – 250V
  • Frequency: 50 / 60 Hz
  • Rated Power: 250W – 650W
  • Insulation Electric Strength:
    No breakdown at room temperature under 2500V, 50Hz for 1 minute

Performance Characteristics

  • Hot-pressed silicon nitride ceramic substrate
  • High-temperature mechanical strength
  • Excellent thermal shock resistance
  • Strong acid and alkali corrosion resistance
  • Superior electrical insulation and dielectric stability
  • High thermal conductivity for efficient heat transfer
  • Compact size and robust structure
  • Low thermal inertia for rapid heating response
  • Designed for long-term industrial operation
Si₃N₄ ceramic igniter
Si₃N₄ ceramic igniter

Technical Specifications

Parameter Value
Flexural Strength (Room Temperature) ≥ 900 MPa
Fracture Toughness 6.0 – 8.0 MPa·m¹ᐟ²
Bulk Density 3.20 – 3.40 g/cm³
Volume Resistivity ≥ 10¹⁴ Ω·cm
Relative Permittivity 6 – 7
Thermal Conductivity 23 – 25 W/(m·K)
Thermal Expansion Coefficient 3.1 × 10⁻⁶ /°C
Hardness HRA 92 – 94

Mechanical Properties

  • Hardness (HRA): 92.0 – 94.0
  • Fracture Toughness: 6.0 – 8.0 MPa·m¹ᐟ²
  • Flexural Strength: ≥ 900 MPa

Application Range

  • Industrial ignition systems
  • Combustion and burning apparatus
  • Mold heating systems
  • Packaging machinery
  • Tobacco processing equipment
  • Industrial equipment heating
  • Petrochemical industry equipment
  • Various high-temperature ignition devices
silicon nitride ceramic igniter manufacturer
silicon nitride ceramic igniter manufacturer

Use Cautions

  • Rapid quenching and sudden heating cycles are strictly prohibited
  • Do not splash water or other liquids onto the heating element at high temperatures
  • Ensure proper installation and stable operating conditions

 


Frequently Asked Questions (FAQ)

Q1: Are you the manufacturer of the BLK-C7-SN-300 silicon nitride igniter?

Yes. We are a professional silicon nitride ceramic igniter manufacturer and source factory, specializing in hot-press Si₃N₄ heating elements for industrial applications.

Q2: Do you provide OEM or customized solutions?

Yes. We support OEM and ODM customization, including power, voltage, dimensions, mounting structure, and application-specific requirements.

Q3: Is this product suitable for wholesale and bulk orders?

Yes. We offer factory-direct wholesale supply, stable batch production, and long-term cooperation for distributors and equipment manufacturers.

Q4: What applications is the BLK-C7-SN-300 best suited for?

It is widely used in industrial ignition systems, molds, packaging machinery, petrochemical equipment, and other high-temperature heating applications.

Q5: Why choose a silicon nitride igniter instead of a metal heating element?

Silicon nitride igniters provide faster heating, higher temperature resistance, better insulation, corrosion resistance, and longer service life, making them more reliable in harsh industrial environments.