Be practical and pursue excellence
Backed by a professional laboratory and a team led by PhD experts, we focus on breakthroughs in ceramic-metal bonding technology with R&D investment exceeding 50%.
Advanced Ceramic Materials R&D
High R&D investment in advanced ceramic materials like alumina, aluminum nitride, and silicon nitride to deliver high thermal conductivity, electrical insulation, and mechanical strength for power electronics substrates.
Al₂O₃ (alumina)
- • High insulation
- • High mechanical strength
- • Cost-effective
- • Power Module
- • LED heat dissipation
- • Power Supply Board
AlN (aluminum nitride)
- • Ultra-high thermal conductivity
- • low coefficient of thermal expansion
- • Excellent high-frequency performance
- • High-power devices
- • RF module
- • Laser Devices
Si₃N₄ (Silicon Nitride)
- • High-strength, high-toughness
- • Thermal shock resistance
- • Excellent reliability
- • New Energy Vehicle
- • Rail Transit
- • High-Power IGBT
Bonding Process Technology
AMB (Active Metal Brazing) and DBC (Direct Bonded Copper) technologies enable high-strength, high-reliability bonding between ceramics and copper.
AMB (Active Metal Brazing)
Achieve atomic-level bonding between ceramics and copper via reactive metal elements
- ✓Bond strength > 45 MPa
- ✓3x improvement in thermal cycling life
- ✓For SiC/GaN High-Temperature Applications
DBC (Direct Bonded Copper)
Form a eutectic bonding layer between copper and ceramic at high temperatures.
- ✓Proven and stable craftsmanship
- ✓Excellent electrical conductivity
- ✓Suitable for large-scale production
Professional Laboratory and R&D Team
R&D investment exceeds 50%, supported by state-of-the-art lab equipment and a senior expert team led by PhDs.
Professional Laboratory
Equipped with advanced material analysis, performance testing, and reliability verification equipment to provide robust hardware support for R&D.
Team led by a PhD
Led by senior experts in materials science and process engineering, we build a pragmatic, high-performance R&D team.
Core Patents
Held multiple core invention patents and continue to drive innovation in ceramic-metal bonding with a pragmatic approach.
Need technical consultation?
Our technical expert team will provide you with professional material selection, process solutions, and reliability assessments.
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