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Amphenol RF offers extreme exposure plating options with enhanced durability for a variety of harsh and corrosive environments. These robust connectors and adapters are available in tin nickel and stainless steel plating. Tin nickel plating is RoHS and REACH. Resistance to extreme conditions is achieved by applying alternate plating that can extend the life of the RF interconnect, protecting the base metal from which it was machined, in situations where they are exposed to unfavorable conditions such as marine environments. Stainless steel with gold plating or a passivated finish is another durable solution offering corrosion resistance and in some cases, increased durability supporting many mating cycles.
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Extreme exposure interconnects often feature robust sealing mechanisms or waterproof designs, further enhancing their ability to withstand adverse environments without compromising signal integrity. In practical terms, this means reduced maintenance requirements and extended service life, leading to lower overall operational costs and increased system uptime.
Furthermore, the reliability of corrosion-resistant interconnects translates into enhanced performance and continuity in critical applications, such as military operations, and offshore drilling, where uninterrupted signal transmission is essential for safety and operational efficiency.
Performance
Features & Benefits
Marine GPS systems provide accurate positioning and navigation information for ships and boats at sea, crucial for safe maritime navigation.
Remote base stations extend wireless communication coverage to areas with limited infrastructure, facilitating connectivity in remote locations.
Equipment monitors environmental parameters like temperature, humidity, and air quality.
In military and defense applications, corrosion-resistant interconnects ensure reliable and durable connections in harsh environments, safeguarding critical communication, surveillance, and weapon systems from degradation due to corrosion.
Corrosion-resistant interconnects are essential in the oil and gas industry to maintain the integrity of equipment and infrastructure, preventing leaks and ensuring safe and efficient operations in corrosive environments such as offshore platforms and pipelines.
Industrial automation systems rely on corrosion-resistant connectors that ensure reliable connections between sensors, actuators, and control systems, mitigating the risk of signal degradation or failure due to corrosion.
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