Substrat Maître Cuivre-Céramique DBC | Cartes Mères Cuivre à Liaison Directe de Haute Qualité pour l'Alimentation
Substrat Maître Cuivre-Céramique DBC | Cartes Mères Cuivre à Liaison Directe de Haute Qualité pour l'Alimentation
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DBC Ceramic Copper Clad Master Substrate | High-Quality Direct Bonded Copper Mother Boards for Power Electronics
Personnalisation:
Available
Conditions de Paiement:
LC, T/T
OEM/ODM:
available
Échantillon:Support payantObtenir des échantillons
Détails du produit
FAQ
Détails essentiels
Délai de livraison:1 month
Expédition:快递
numéro de spécification:ST0010094
Introduction du produit

DBC Ceramic Copper Clad Master Substrate | High-Quality Direct Bonded Copper Mother Boards for Power Electronics


High-consistency DBC ceramic copper clad master substrates for power electronics manufacturing. Ideal for batch processing and circuit fabrication.


  • DBC copper clad ceramic

  • DBC mother board

  • DBC master substrate

  • direct bonded copper plate

  • ceramic copper clad substrate

  • DBC raw material


Product Overview

DBC ceramic copper clad master substrates (mother boards) are the base materials used in the production of DBC circuit substrates. These boards consist of a ceramic core (such as alumina, aluminum nitride, or silicon nitride) with copper layers directly bonded on one or both sides.

As upstream materials, DBC mother boards provide a high-quality foundation for subsequent processes such as circuit etching, patterning, and module assembly. Their uniformity, bonding strength, and thermal performance directly impact the quality and reliability of final electronic products.


Key Features

1. High Bonding Strength
Strong copper–ceramic interface ensures durability during processing.

2. Excellent Thermal Conductivity
Efficient heat transfer for power electronics applications.

3. High Material Consistency
Uniform thickness and properties across large panels.

4. Suitable for Batch Processing
Optimized for large-scale circuit fabrication.

5. Multi-Material Options
Available in Al₂O₃, AlN, and Si₃N₄ ceramics.


Material Options

Alumina (Al₂O₃) DBC Mother Board

  • Cost-effective

  • Suitable for general applications

Aluminum Nitride (AlN) DBC Mother Board

  • High thermal conductivity

  • Ideal for high-power modules

Silicon Nitride (Si₃N₄) DBC Mother Board

  • High mechanical strength

  • Excellent reliability for automotive use


Applications

  • Power module substrate manufacturing

  • IGBT and MOSFET module production

  • Automotive electronics

  • Renewable energy systems

  • Industrial power equipment


Technical Advantages

  • Stable base for high-precision circuit processing

  • Improves yield in downstream fabrication

  • Reduces material variability and defects

  • Supports high-reliability applications


Manufacturing Capability

  • High-temperature DBC bonding process

  • Large-format mother board production

  • Thickness and flatness control

  • Copper thickness customization

  • Strict quality inspection and testing


Customization Options

  • Substrate material (Al₂O₃ / AlN / Si₃N₄)

  • Board size and thickness

  • Copper thickness (single or double side)

  • Surface condition

  • OEM supply based on processing requirements


Localized Title (US)

DBC Ceramic Copper Clad Mother Boards for Power Electronics | High-Consistency Substrate Supply in USA

Localized Content Snippet

We supply high-quality DBC ceramic copper clad master substrates across the United States for power electronics manufacturing. Our materials ensure consistency and reliability in large-scale production.

OEM and bulk supply supported.


🔹 CTA

  • Request a DBC Mother Board Quote

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  • Contact Our Sales Team



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