Engineered for excellence, the Parker Chomerics 10-04-1720-1298 is a high-grade round silicone elastomer EMI gasket. With a diameter of approximately 0.103 inches (2.62 mm), this conductive gasket delivers high-performance RF and EMI protection in applications requiring compact and durable shielding. Compatible worldwide across various industries, it provides stable performance within a temperature range of -9 °C t66 °Cge. Designed for environments where reliability is non‑negotiable, it’s available in a convenient continuous spool format for flexible deployment.

Notable Advantages of Buying the Parker Chomerics 10-04-1720-1298, RF EMI Gasket, Silicone Elastomer

• Continuous spool packaging for custom lengths
• RoHS‑ and REACH‑compliant materials.
• High shielding effectiveness (reflects and absorbs EMI/RFI)
• Excellent resistance to corrosion and compression set
• Flexible and resilient sealing across enclosure gaps
• Simplified logistics and reduced installation overhead
• Long service life in demanding environments.

Versatility in Applications

This versatile gasket offers high-consistent performance, corrosion resistance, and ease of use, making it an ideal choice for demanding shielding applications, such as:

• Enclosure edge seals for telecom, industrial, and consumer electronics
• Sensitive instrumentation and medical device EMI protection
• Aerospace, defense, and automotive body cavity sealing
• Data center racks and power electronics cabinets
• Retrofit or custom dielectric sealing for high-frequency systems

Why Choose the Parker Chomerics RF EMI Gasket, -29°C ~ 66°C?

When device integrity matters on a global scale, CHO‑SEAL® 1298 offers superior shielding in a flexible, easy-to-install format. Its fluorosilicone binder, combined with silver-aluminum filler, ensures both excellent conductivity and corrosion resistance. The continuous reel format reduces waste and simplifies volume installations. Ideal for manufacturers and system integrators seeking premium EMI protection that scales across markets.