DuPont™ Liveo™ Silicone Elastomers
Elastomers to meet your quality and regulatory needs
Innovation in medical technology demands materials that combine advanced performance with unwavering reliability. Through decades of healthcare expertise, DuPont™ Liveo™ has developed silicone elastomers that meet the evolving needs of medical device manufacturers, from biocompatibility and consistent quality to specialized processing capabilities. Our comprehensive portfolio helps deliver the next generation of medical solutions, backed by rigorous quality standards and regulatory compliance.
Liveo™ offers a wide range of silicone elastomers, from high-consistency rubbers (HCRs) and liquid silicone rubbers (LSRs) to soft filling elastomers.
Within these offerings, Liveo™ has elastomers to meet the specific regulatory requirements of your medical application:
- Liveo™ Q7 Biomedical Grade Elastomers for Class III medical devices or long-term (30+ days) implantation
- Liveo™ C6 Elastomers for Class II medical devices or short-term (up to 29 days) implantation
Liquid Silicone Rubbers (LSRs)
LSRs combine exceptional processing capabilities with precision engineering, delivering consistent performance for your most intricate medical device designs. These pumpable thermoset silicone elastomers offer superior molding properties and tight tolerances, backed by our six decades of healthcare expertise.
High Consistency Rubbers (HCRs)
Our High Consistency Rubbers (HCRs) are millable thermoset silicone elastomers that combine enhanced tear resistance with superior extrusion capabilities. These advanced materials can be continuously processed to precise sizes and shapes before curing, making them ideal for applications like silicone tubing and other critical medical devices.
Low Consistency Rubbers (LCRs)
Our Low Consistency Rubbers (LCRs) provide versatile solutions for specialized medical applications, from room-temperature curing elastomers for precise device encapsulation to platinum-catalyzed formulations that deliver optimal cohesion and softness for biomedical needs.