Navigating silicone specifications and regulatory compliance ensures high-reliability performance in regulated and mission-critical applications.
This section covers key industry standards, including military and aerospace specs (MIL-SPEC / AMS), biocompatibility standards for medical devices (FDA, USP Class VI, ISO 10993), and electrical flame ratings (UL 94).
Access technical documentation, quality testing protocols, and Certificate of Analysis (COA) guidelines designed to help quality assurance teams and buyers verify material traceability and compliance.
When specifying silicone elastomers for food contact applications, understanding the differences between European (BfR Recommendation XV) and U.S. (FDA 21
For decades, USP Class VI has been a benchmark for material safety among medical device and component manufacturers. This standard
Selecting the right silicone company isn’t just about price or lead time — it’s about whether the material you receive
Buying silicone sheeting and uncured compound might seem like a low-risk activity, even when you’re purchasing spec-grade materials. A silicone
Medical silicone sheeting plays a critical role in healthcare applications that require performance, stability, and biocompatibility under demanding conditions. Unlike
Medical grade silicones from ElastaPro are used for sealing and gasketing in medical devices and equipment. These platinum-cured materials meet
Conductive silicone sheet is a specialized elastomeric material designed to combine the flexibility and environmental resistance of silicone rubber with
ElastaPro makes low outgassing silicones that meet ASTM E595 requirements and are specially formulated and processed to minimize the release
Electrically conductive silicone is a specialized material designed to transmit electrical currents while maintaining the flexibility and durability of traditional
Silicone is a versatile synthetic material composed primarily of silicon, oxygen, carbon, and hydrogen. Its non-reactive nature makes it suitable
The energy sector depends on materials that perform reliably under extreme temperatures, mechanical stress, chemical exposure, and long service cycles.
