
Custom Rubber Gaskets for EMI Shielding
Custom rubber gaskets for EMI shielding combine shielding against electromagnetic interference (EMI) with environmental sealing. These EMI gaskets are fabricated from specialized materials that consist

Custom rubber gaskets for EMI shielding combine shielding against electromagnetic interference (EMI) with environmental sealing. These EMI gaskets are fabricated from specialized materials that consist

Specialty Silicone Products (SSP) makes EMI gasket materials that you can use as alternatives to CHO-SEAL® materials from Parker Hannifin. The table shows when SPP products are offsets.

EMI material types fall into two main functional categories: reflective (conductive) and absorptive (lossy). There are many specialized formulations depending on the environment, frequency range,

SSP’s EMI shielding webinar is available on-demand. Watch it here. Specialty Silicone Products (SSP) is sharing an in-depth EMI shielding webinar for on-demand viewing. EMI/RFI

Conductive silicone rubber is used in these and other applications. EMI gaskets and EMI O-rings Keypads and switches Flexible sensors and wearables EMI Gaskets and

Conductive silicone rubber is flexible, weather-resistant, and can withstand a wide range of temperatures. Keep reading to learn about its properties, and contact SSP for

Conductive silicone rubber is a special type of silicone material that can conduct electricity. Normally, silicone is an electrical insulator, meaning that it doesn’t let

EMI gasket manufacturers can fabricate a range of products from electrically conductive silicones. That’s important since different challenges with environmental sealing and EMI shielding require

Silver Prices and EMI Shielding Costs: What You Need to Know Last week, the price of silver hit a record high of $54.47 USD per

A conductive elastomer is a specialized class of rubber-like materials engineered to conduct electricity while retaining the flexibility, resilience, and environmental resistance of conventional elastomers.