Epoxy Silicone Touch Secure Lock Electronic Switch Custom

Epoxy Silicone Touch Secure Lock Electronic Switch Custom

Epoxy Silicone Touch Secure Lock Electronic Switch Custom not only functions seamlessly but also serves as a visually appealing component of your electronic door lock system, enhancing both style and performance. Choose from a range of colors, including Gray, Black, or any custom hue to suit your preferences. Tailor the size to ensure a perfect fit for your specific needs. With advanced printing techniques such as Screen Printing, Epoxy printing, Silk Printing, and Laser Etching for the logo, precise branding complements the overall design. Designed for comfort and ease of use, this switch offers a user-friendly experience. The array of conductive options, including Carbon Pill, Conductive Oil, Metal Dome, and Non-Conductive materials, ensures reliable performance, especially in electronic door lock applications. Elevate both aesthetics and durability by selecting coating options like Matte Oil, PU, Epoxy, or Color Oil.

Specification

Material: 100% Silicone

Color: Black or Custom

Certification: ISO9001-2015, IATF16949, RoHS

OEM/ODM: Available

Product Feature: Used Comfortably

Application: Electronic Door Lock

Printing: Screen Printing & Epoxy

Coating: Matte Oil, PU, Epoxy, Color Oil

Logo type: Silk Printing, Laser etching

Packing: PE Bag & Carton

Innovative Conductivity in Silicone Keypads

• Carbon Pill Tech:

Revolutionizing our Silicone Keypad, Carbon Pill technology features small carbon-filled pillars. These pillars enhance electrical connectivity under pressure, delivering a responsive and dependable user interface.

• Conductive Oil Solution:

Within our Silicone Keypad, a unique conductive oil solution creates seamless electrical pathways. This innovative approach uses conductive oil to bridge gaps, facilitating signal transmission upon pressure application.

• Metal Dome Precision:

Elevating conductivity, Metal Dome technology is integrated into our Silicone Keypad. Small, dome-shaped metal elements beneath the surface collapse upon pressure, offering a tactile response and precise completion of the electrical circuit.

• Strategic Non-Conductivity:

To maintain control over electrical flow, specific areas of the Silicone Keypad feature strategic use of non-conductive materials. This deliberate design prevents unintended electrical contact, ensuring interference-free and accurate input control.