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High-Temperature Resistance Ceramic Nozzles for 1200 deg C Process Temperatures in LED Industry

Categories Ceramic Nozzles
Place of Origin: Made In China
Brand Name: Dayoo
MOQ: Negotiable
Price: Negotiable
Delivery Time: Negotiable
Payment Terms: Negotiable
Shape: Nozzle
Durability: Long-lasting
Temperature Resistance: Up to 1600°C
Chemical Resistance: Highly resistant to acids, alkalis, and other corrosive substances
Thermal Shock Resistance: Very good
Electrical Insulation: High
Precision: High
Pressure Resistance: High
Color: White
Corrosion Resistance: Excellent
Hardness: Very high
Size: Various sizes available
Material: Ceramic
Abrasion Resistance: Excellent
Wear Resistance: Excellent
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High-Temperature Resistance Ceramic Nozzles for 1200 deg C Process Temperatures in LED Industry

High-Temperature Resistance Ceramic Nozzles for 1200 deg C Process Temperatures in LED Industry


Specially developed for LED manufacturing processes, this product is manufactured using 99.8% high-purity silicon nitride (Si₃N₄) through precision gas pressure sintering. Featuring ultra-high cleanliness, high-temperature resistance, and corrosion resistance to meet stringent MOCVD equipment requirements.

LED Manufacturing Applications

  • MOCVD equipment: Precise distribution of MO source and NH₃ gas

  • Epitaxial growth: Uniform gas injection in reaction chambers

  • Chip fabrication: Protective gas delivery systems

  • Packaging process: Phosphor spray atomization

  • Testing equipment: Optical inspection gas control

LED Industry Advantages

✓ Ultra-high cleanliness: Metal ion content <1ppm
✓ High-temperature resistance: Withstands 1200°C process temperatures
✓ Zero gas contamination: No particulate emission
✓ Precise flow control: ±1% flow accuracy
✓ Extended lifespan: Endures 5000+ thermal cycles

LED-Specific Parameters

ParameterSpecificationTest Standard
Material PuritySi₃N₄≥99.8%GDMS
Particle Emission≤5 particles/ft³(≥0.1μm)SEMI F24
Surface RoughnessRa≤0.05μmISO 4287
Thermal Deformation≤0.01mm@1000℃ASTM E228
Bore Tolerance±0.005mmVDI/VDE 2617
Gas Adsorption≤0.01%DIN 1343

Clean Manufacturing Process

  1. Material preparation:

    • Nano powder (D50≤0.3μm)

    • Dust-free ball milling (Class 10 cleanroom)

  2. Forming and sintering:

    • Isostatic pressing (200MPa)

    • Ultra-clean sintering (Class 100 environment)

  3. Post-processing:

    • Plasma cleaning (surface decontamination)

    • Ultrasonic DI water cleaning

  4. Packaging:

    • Double vacuum packaging

    • ISO Class 4 clean bags

Usage Guidelines

⚠️ Installation: Class 100 cleanroom operation required
⚠️ Gas control: Use 99.999% high-purity gases
⚠️ Temperature management: Heating rate ≤5℃/min
⚠️ Maintenance: Helium leak test every 500 hours

Specialized Services

  • Extended warranty: 18 months

  • Cleanliness testing: Free particle emission test

  • Rapid response: 12-hour technical support

  • Process optimization: Gas flow field simulation

FAQ

Q: How to ensure MO source delivery purity?
A: Triple safeguards:
① Surface Si passivation
② Class 100 clean packaging
③ Pre-installation plasma cleaning

Q: Handling nozzle clogging?
A: Recommended:
• 200W ultrasonic + DI water cleaning
• No mechanical rod cleaning
• Professional cleaning service available

Q: Compatibility with different epitaxial layers?
A: Customizable options:


  • Multi-hole array structures

  • Gradual bore size designs

  • Special angle configurations

Quality High-Temperature Resistance Ceramic Nozzles for 1200 deg C Process Temperatures in LED Industry for sale
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