Fork Contact Electrodes / Fork-shaped Electrodes

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Fork Contact Electrodes/ Micro Fork Electrodes/Customizable Products/Factory Direct


Product Description: Etched Fork Electrode / Precision Etching / Customizable / Direct from Factory We utilize advanced etching technology to provide high-precision fork electrodes. These fork electrodes are widely used in fields such as semiconductors, electronic components, touch screens, sensors, and more. Our fork electrode products can be customized based on customer requirements, offering various sizes, shapes, thicknesses, and hole densities. With our fine manufacturing processes, we ensure each electrode’s shape and dimensions meet high standards to meet rigorous application requirements. Stainless Steel: Suitable for applications requiring high strength and corrosion resistance, commonly used in high-temperature and corrosive environments. Copper Alloy: Provides excellent electrical conductivity, ideal for electronic components and high-frequency current applications. Brass: Known for good electrical conductivity and ease of machining, commonly used in precision electronic components. Aluminum Alloy: Lightweight with high strength, ideal for applications requiring both lightness and high conductivity. Manufacturing Process: The fork electrodes are produced using precision etching technology, where chemical etching removes unwanted metal parts while carefully retaining the design pattern. This process offers the following features: High Precision: Capable of processing micron-level details, ensuring precise shapes and hole diameters of the fork electrodes. No Heat Deformation: Unlike traditional mechanical machining, the etching process avoids heat deformation, ensuring product stability and consistency. Mass Production: Suitable for large-scale production, ensuring consistency across batches. Burr Control: Advanced deburring processes ensure smooth, burr-free surfaces for the electrodes. Hole Accuracy: The hole diameter control is highly precise to meet different hole size requirements.