Mkube Aluminum Nitride Disc, Plate, Sheet & Substrate | M-Kube
Aluminum Nitride disc,substrate,sheet

Aluminum Nitride Disc, Plate, Sheet & Substrate

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Product Description

M-Kube Enterprise LLC supplies premium-quality Aluminum Nitride sheets, discs and plates engineered for superior thermal conductivity, electrical insulation, and dimensional stability. Designed for high-performance electronics, semiconductor devices, laser systems, and thermal management applications, our AlN ceramic substrates offer unmatched reliability in extreme environments.

Whether you need a standard aluminum nitride disc, sheets a thin, high-precision aluminum nitride substrate, or a heavy-duty aluminum nitride plate, M-Kube Enterprise LLC delivers precision-engineered solutions that meet the exact requirements of advanced US industries.

Key Features of Aluminum Nitride Discs , Sheet, Plates & Substrate

  • Low thermal expansion ideal for electronic and optical alignment systems
  • High dielectric insulation for high-voltage and RF applications
  • High flexural strength and structural stability
  • Chemical inertness against most molten metals and reactive materials
  • Available in thin substrates, thick plates, custom diameters, and precision-polished discs
  • Ideal for laser mounts, heat spreaders, semiconductor substrates, packaging components, and R&D

Technical Specifications

Property Sort Property Content     Unit AIN
Basic Properties Appearance/Color          – Grey
Volume Density  g/cm3  3.3
Surface roughness  μm  0.20.75
Warping Length %  ≤ 3 %
Thermal Properties Thermal Conductivity (20°C) W/m.K 170
Thermal Expansivity (20°C400°C)  

x10-6/°C

 

 4-5
Thermal Expansivity (400°C800°C)   5-6
Mechanical Properties Flexural Strength  MPa ≥ 350
Electrical Properties Dielectric Constant 1MHz  8-9
Dielectric Strength kV/mm ≥ 15
Volume resistivity  20°C Ω.cm  ≥ 1014
With inert gas protection, the maximum temperature can reach 1800 – 1950 degrees
Under air conditions, the temperature can reach up to 1200 degrees
Under vacuum conditions, the maximum operating temperature is 1600 – 1800 degrees.

Applications of Aluminum Nitride Sheets, Discs, Plates & Substrates

Our aluminum nitride discs, aluminum nitride sheets, aluminum nitride substrates, and aluminum nitride plates are used extensively in:

  • Semiconductor device packaging
  • High-power LED modules and laser diode mounts
  • RF and microwave electronics
  • Heat spreaders and thermal interface substrates
  • High-density circuit boards and insulation layers
  • Power electronics and IGBT modules
  • Precision optical and sensor platforms

If you need a reliable aluminum nitride substrate supplier in the USA, M-Kube offers both standard and custom-engineered AlN plates and discs tailored to high-performance requirements.

Why Choose M-Kube Enterprise LLC for Aluminum Nitride Discs, Plates & Substrates?

  • High-precision machining & polishing for superior flatness and finish
  • Custom fabrication for plates, substrates, discs, or engineered shapes
  • Advanced thermal and dielectric performance for critical applications
  • USA-wide delivery with fast turnaround
  • Competitive aluminum nitride plate price for both small and bulk quantities
  • Engineering support to help select the right substrate thickness and specifications

Quality and Compliance

All M-Kube ceramic and refractory products are manufactured in ISO-certified facilities and tested in accordance with ASTM and international standards. This ensures every aluminum nitride sheet, disc, substrate, and plate meets global benchmarks for purity, consistency, thermal conductivity, and mechanical performance.

Request a Quote Today

Looking to buy aluminum nitride plates, compare aluminum nitride plate prices, or source precision aluminum nitride substrates?

M-Kube Enterprise LLC is your trusted US supplier for high-performance ALN ceramic components.

📞 Call us: +1-732-808-1999
📧 Email: info@mkubeenterprise.com
🌐 Visit: www.mkubeenterprise.com for a fast, customized quotation.

Product FAQ's

Are Aluminum Nitride discs the same as Aluminum Nitride plates?

Yes, many manufacturers refer to flat AlN components as Aluminum nitride plates or substrates.
The main difference is shape:

  • Aluminum nitride plate – rectangular or square shape
  • Aluminum nitride disc – round/circular shape

Both offer the same performance properties depending on thickness and purity.

What affects the Aluminum nitride plate price?

Ans: The Aluminum nitride plate price (including discs and substrates) depends on:

  • Diameter or plate size
  • Thickness
  • Purity and density
  • Polished vs. unpolished surface
  • Custom machining or drilled holes
  • Quantity ordered

Higher-density, polished Aluminum nitride substrates cost more due to tighter tolerances.

Do Aluminum Nitride discs offer electrical insulation?

Yes. Aluminum nitride is an excellent dielectric material. Aluminum nitride substrates are used in power modules and RF components because they provide both:

  • High electrical insulation
  • High thermal conductivity

This makes AlN discs superior to alumina in high-power applications.

Are custom Aluminum Nitride plates and discs available?

Yes. Custom options include:

  • Specific diameters
  • Precise thickness tolerances
  • Polished surfaces (Ra < 0.2 µm available)
  • Laser-cut holes or slots
  • Machined edges

This is ideal for custom Aluminum nitride substrate requirements.

Where can I find Aluminum nitride discs or substrates for sale?

You can find Aluminum nitride discs, plates, and substrates for sale from specialized ceramic manufacturing companies and semiconductor material suppliers. Choosing the right Aluminum nitride substrate supplier ensures consistent purity, machining accuracy, and reliable delivery times.

How long is the delivery time for Aluminum Nitride discs?

Delivery varies based on stock and custom specifications:

  • Stock discs/plates: 3–7 business days
  • Custom discs or substrates: 2–5 weeks
  • Large-volume orders: scheduled production

A reputable supplier will provide clear timelines and support.