Semiconductor & Advanced Packaging

Enabling the next era of high-performance silicon through material science and structural integrity.

As chip architectures shrink and power densities rise, heat becomes the ultimate bottleneck. We provide advanced Thermal Interface Materials (TIMs) and cooling substrates designed to maximize heat dissipation. Our solutions ensure that even the most aggressive AI and data center processors maintain peak performance without thermal throttling.
Key Features: * High-conductivity TIM1 and TIM2 solutions.
- Low-stress bonding for fragile chip architectures.
- Long-term reliability under extreme cycling.

Modern semiconductors demand stable, high-current power delivery with minimal loss. Our high-performance interconnects and conductive materials are engineered for low-resistance energy paths. By optimizing the Power Delivery Network (PDN), we help reduce voltage drops and improve the overall energy efficiency of the package.
Key Features:
- Ultra-low resistance interconnects.
- Solder and bonding materials for high-power modules.
- Enhanced electrical stability for 2.5D/3D architectures.

Excellence doesn’t end at the wafer level. Our post-wafer solutions bridge the gap between silicon and the PCB. We provide the specialized encapsulation, underfills, and die-attach materials required to protect delicate circuitry from environmental stress while maintaining mechanical rigidity.
Key Features:
- High-reliability underfills for flip-chip applications.
- Advanced encapsulation for environmental protection.
- Precision die-attach films (DAF) and pastes.