Electroplating Solutions for IoT Device Connectors

Electroplating Solutions for IoT Device Connectors

IoT devices are penetrating every corner of cities, fields, factories, and homes, facing the harshest tests from extreme temperatures, humidity, corrosion, and vibration. Our plating solutions are specifically designed for the “last centimeter” connectivity in IoT applications, focusing on overcoming key challenges such as miniaturization, ultra-low power consumption, exceptionally high environmental reliability, and long service life—ensuring that every data node is rock-solid and dependable.

Core Challenges and Solution Approaches

Solution

Recommended coating

Core Advantages and Application Scenarios

Outdoor Industrial Protection Solutions

High-phosphorus chemical nickel +Gold/Nickel Alloy

Strong resistance to salt spray corrosion and stable operation over a wide temperature range. Specifically for Outdoor antenna connectors, waterproof connectors, industrial bus terminals Designed for harsh environments.

Miniature wearable precision solution

Point Gold-plated

Ultra-thin, uniform coating with excellent biocompatibility. , meeting the requirements for small pitch and safe human contact. Primarily used for Microscopic BTB/FPC connector, button cell holder Wait.

Low-power energy efficiency solution

Pure silver plating Silver alloy

Highest conductivity, extremely low and stable contact resistance. , which can minimize energy transmission losses to the greatest extent. It is Energy harvesting module contacts, low-power communication module gold fingers The ideal choice.

High-Density Reliable Solution

Selective hard gold plating

High abrasion resistance and excellent weldability and oxidation resistance. Suitable for applications requiring frequent plug-and-unplug maintenance. Edge computing module, smart module gold fingers, and high-density board-to-board connectors

Our Process and Quality Commitment

Extreme Environment Simulation Testing Equipped with professional equipment, capable of performing. High temperature and high humidity Testing, salt spray testing, Nitric acid Experiment Wait.

Microregion Performance Analysis : Use XRF thickness gauge, micro-ohmmeter, SEM/EDS Perform compositional and performance analysis on micro-regions.

Full-process traceability Based on The MES system enables full-dimensional data traceability for each individual product—from raw materials to process parameters.

Joint development support Provides front-end collaborative engineering support, ranging from connector selection and material recommendations to reliability design.

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