High current carrying copper PCB solder terminals

1. Reliable electrical connection
Low contact resistance: The terminals are made of highly conductive materials (such as copper alloy) to ensure stable current transmission and reduce energy loss.
Strong welding: The welding design ensures a firm connection between the terminal and the PCB board, reduces the risk of cold welding and broken welding, and improves product durability.
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2. High mechanical strength
Good vibration resistance: Suitable for equipment that needs to withstand vibration and impact, such as industrial control, power modules, etc.
High plug-in life: Suitable for applications with frequent plug-in and pull-out, improving the durability and stability of the terminals.

3. High temperature tolerance
High temperature resistant materials: Some terminals are tin-plated or gold-plated, and can withstand high temperature welding processes (such as wave soldering and reflow soldering).
Suitable for harsh environments: Suitable for environments with large temperature changes, such as automotive electronics, power equipment, etc.

4. Strong compatibility
Adapt to different PCB thicknesses: Terminals of various specifications can be provided according to different applications, and are suitable for various PCB boards.
Suitable for automated welding: Supports automated production processes such as SMT and DIP to improve production efficiency.

5. Multiple surface treatments available
Tin plating: improves welding performance, prevents oxidation, and improves corrosion resistance.
Gold plating: reduces contact resistance, improves oxidation resistance, and is suitable for high-end electronic products.
Silver plating: improves conductivity and high temperature resistance, and is suitable for high-power circuits.

6. Diversified structures and flexible applications
Multiple installation methods: such as straight plug, bend plug, surface mount, etc., can meet different PCB design requirements.
Different rated currents available: suitable for low current signal transmission or high current power supply applications.

7. Green and environmentally friendly
RoHS compliant: using environmentally friendly materials and complying with international environmental regulations.
Low-lead and lead-free soldering support: meet environmentally friendly production needs and are suitable for high-end markets.