Silecs utilizes a proprietary molecular engineering approach to build electronic materials that meet specific customer application requirements in semiconductor chip and flat panel display manufacturing. Our technology provides a number of inherent advantages over conventional approaches:
Novel Molecular Precursors- High-Performance Materials
- Extendibility
- Manufacturability
Novel Molecular Precursors
- Silecs has developed a broad library of proprietary molecules. This allows for innovation beyond what is achievable when using "off the shelf" molecules.
- Silecs utilizes advanced molecular modeling to find chemical structures that yield the desired film properties for the requirements of specific applications.
- Multiple degrees of freedom in precursor and polymer chemistry enable optimization of key target properties without compromising other performance benefits.
High-Performance Materials
Each of our products is designed from the molecular level in order to meet specific customer requirements, such as:
- Electrical and optical performance
- Excellent mechanical properties
- High temperature stability
- Gap-fill and planarization
- Broad curing temperature range
Extendibility
Silecs' technology is highly flexible, and thus, extendible through several generations of semiconductor and flat panel display manufacturing. We work with customers to modify our products to meet their evolving requirements and to develop new products to meet future needs. Our unique molecular engineering technology also extends to additional technologies including solid state lighting, printable electronics and nanotechnology applications.
Manufacturability
All Silecs products are designed for rapid, cost-effective scalability to match high volume manufacturing needs. Our extensive library of proprietary synthesis methods makes it possible to take our newest materials from concept to application testing, and ultimately to manufacturing, rapidly and with a nearly seamless transition.