Interfacial - Helping Innovators Incubate Home Divisions Development Services Capabilities Services Specialty Materials Capabilities Products Engineered Substrates Capabilities Products Core Competencies Advanced Composites Specialty Compounding Additive Manufacturing Specialty Compounding Executive Networks EMPOWR3D™ Parts Lab 3D Printing Consulting Education & Training Infinite™ Partnership Opportunities Dimensionally Stable Substrates Highly Filled Masterbatches Sacrificial Microspheres Lightweight Substrates Who We Are Our Story Our Philosophy The Cervenka Center Contact Us Careers DEVELOPMENT SERVICES DEVELOPMENT SERVICES Development of disruptive advanced materials and manufacturing processes. Learn More SPECIALTY MATERIALS SPECIALTY MATERIALS Advanced manufacturing capability in niche specialty compounds and masterbatches. Learn More ENGINEERED SUBSTRATES ENGINEERED SUBSTRATES Manufacturing of novel, engineered substrates on a continuous double belt press (CDBP). Learn More INTERFACIAL CORE COMPETENCIES Advanced Composites Learn More Sustainable Materials Learn More Additive Manufacturing Learn More Specialty Compounding Learn More Executive Networks Learn More Partnership Opportunities Interfacial Provides Licensing Opportunities for its Proprietary Technology Platforms DIMENSIONALLY STABLE SUBSTRATES Dimensionally Stable Substrates is a patent pending technology that involves a product by process methodology using a continuous double belt press to produce cost effective substrates that have exceptional dimensional stability. Learn More HIGHLY FILLED MASTERBATCHES Highly Filled Masterbatches is a patent pending strategy to produce extremely highly filled masterbatches of difficult to handle materials. Learn More SACRIFICIAL MICROSPHERES Sacrificial Microspheres is a patent pending strategy to coat the outside of hollow glass microspheres with polymeric materials. Learn More LIGHTWEIGHT SUBSTRATES Lightweight Substrates is a patent pending combination of materials and processing methods that enable the production of extremely lightweight, cost effective sheet substrates without sacrificing important mechanical properties. Learn More