Search Results for: RFI and EMI shielding
It is understandably important that medical devices be corrosion resistant. That is why medical coatings have become an essential part of many medical industry applications. Though already highly utilized in the medical industry, additional research is being done as far as medical coatings being used in applications for the spine, finger, elbow, shoulder, and knee […]
At A&A Coatings, we produce custom thermal spray coatings for a wide range of applications, including EMI/RFI shielding. Electromagnetic interference and radio frequency interference are some of the issues faced by different industries where the radio frequency signals and electromagnetic waves seem to affect other similar electronic devices in negative ways. Since our inception, A&A […]
EMI stands for Electromagnetic Interference while RFI stands for Radio Frequency Interference. The main reason why different industries seek EMI/RFI shielding solutions is because the electromagnetic waves and the radio frequency signals can potentially affect other similar electronic devices. Today in our electronic device and gadget-heavy world, you can expect that there are millions and […]
A&A Coatings has vast experience with the industrial processes and harsh environments that electronics and semiconductor equipment are subjected. Our coating services in the electronics and semiconductor industry are optimized for ensuring higher performance without compromising on the ductility, power retention and corrosion resistance properties of electronic components. Coating and Spraying Services Offered for the Electronics […]
Conductive coatings have been around for a long time, but nowadays, conductive coatings are typically used for EMI shielding, allowing plastic materials to make more of a presence in product design. Due to the non-conductive nature of plastic, incorporating conductive coatings has become an important technique for providing EMI shielding in digital electronic products manufactured […]
Simply put, dielectric breakdown can be induced by high voltage. The highest voltage required in order for this breakdown to occur can be referred to as dielectric strength. In a more complicated manner of speaking, however, before the insulating properties of a pure material begin to fail, the maximum electric field it can sustain is […]