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The 6 Amp polycarbonate membrane keypad is a durable and reliable input interface designed for high-power applications. Made with polycarbonate material, it offers excellent resistance to scratches, wear, and environmental factors. The keypad is rated for 6 Amp applications, ensuring it can handle higher electrical loads while providing smooth and reliable operation. Its flexible and ergonomic design makes it suitable for use in industrial control systems, machinery, medical devices, and consumer electronics. This keypad combines functionality with a professional finish, ensuring long-lasting performance and ease of use

The 1mm membrane keyboard switches are ultra-thin, highly durable input devices designed for electronic applications requiring a compact and responsive interface. With a thickness of just 1mm, these switches are lightweight and flexible, making them ideal for space-constrained devices. Despite their thin profile, they offer reliable performance, providing clear tactile feedback and resistance to wear, dust, and moisture. Commonly used in medical devices, consumer electronics, and industrial controls, these membrane keyboard switches deliver long-lasting functionality while maintaining a sleek and professional appearance.

The 1.5mm membrane switch keypad is a thin and durable input solution ideal for compact electronic devices and control systems. Its 1.5mm thickness provides a lightweight design while ensuring excellent tactile feedback and reliable performance. This keypad is made from high-quality materials that offer resistance to wear, moisture, and environmental conditions. It is commonly used in medical devices, industrial equipment, and consumer electronics. The 1.5mm membrane switch keypad ensures long-lasting functionality, easy integration, and a sleek appearance for control panels and other interfaces.

The 10 Amp polycarbonate membrane keypad is a heavy-duty input solution designed to handle higher electrical loads, making it suitable for industrial and commercial applications. Constructed from high-quality polycarbonate, it provides excellent durability, resistance to scratches, and protection against environmental factors such as moisture and dust. Rated for 10 Amp applications, this keypad ensures reliable performance even in demanding environments. Its sleek, ergonomic design offers ease of use and is ideal for use in control panels, machinery, and electrical systems where both durability and functionality are required

The 2.5mm PCB type membrane keypad is a reliable and compact input solution designed for electronic devices requiring a durable and user-friendly interface. Made with a 2.5mm thickness, this keypad is constructed using a printed circuit board (PCB) for added strength and long-lasting performance. It provides a responsive, low-profile interface ideal for applications in industrial machinery, medical devices, and consumer electronics. Resistant to wear, moisture, and environmental stress, it ensures reliable functionality, while its sleek design offers a professional look for control panels and other equipment.

The 4mm soft membrane keypad is a flexible and durable input solution designed for devices requiring tactile feedback and ease of use. With a 4mm thickness, it provides a robust yet soft surface, ensuring comfort during operation while maintaining excellent durability. This keypad is resistant to wear, moisture, and environmental factors, making it ideal for applications in industrial equipment, consumer electronics, and medical devices. The soft design enhances the user experience, offering a smooth and responsive interface for control panels, handheld devices, and more

The 3.5mm polycarbonate membrane keypad is a durable and versatile input solution, designed for use in various electronic devices and control systems. Made from high-quality polycarbonate, this keypad offers excellent resistance to scratches, moisture, and environmental factors, ensuring long-lasting performance. The 3.5mm thickness provides a robust yet slim profile, making it suitable for applications requiring reliable tactile feedback and a professional finish. Ideal for industrial machinery, medical devices, and consumer electronics, this polycarbonate membrane keypad ensures smooth operation and durability in demanding environments

The 24-inch flexible membrane keyboard is a large, durable, and versatile input device designed for applications requiring an extended interface. Its flexible construction allows it to be seamlessly integrated into custom or curved surfaces, making it ideal for control panels, kiosks, and industrial equipment. The keyboard provides reliable tactile feedback, while its robust design ensures resistance to wear, moisture, and environmental factors. Suitable for large-scale applications in medical, industrial, and commercial settings, this flexible membrane keyboard combines size, flexibility, and long-lasting performance for optimal user experience.

The 0.2mm touch membrane keypad is an ultra-thin, highly responsive input solution designed for applications where space is limited and a smooth, seamless touch interface is needed. With a thickness of just 0.2mm, this keypad offers excellent tactile sensitivity while maintaining a low-profile design. It is resistant to wear, moisture, and environmental conditions, ensuring long-lasting performance. Ideal for use in handheld devices, medical equipment, and compact electronics, the 0.2mm touch membrane keypad provides reliable touch-based input for applications requiring both durability and sleek aesthetics

The 14.4-inch flexible membrane keypad is a large, durable, and versatile input solution designed for a wide range of electronic devices and control systems. With its flexible design, it can be adapted to curved or irregular surfaces, making it ideal for custom installations and applications. The keypad offers excellent tactile feedback and is resistant to wear, moisture, and environmental factors. Suitable for industrial machinery, medical devices, and consumer electronics, this membrane keypad ensures long-lasting, reliable performance while maintaining a sleek and user-friendly interface across larger control panels and systems.