Laser-Etched-Silicone
Laser-Etched-Silicone

Laser Etched Silicone Doorbell Button Customization Waterproof

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Laser Etched Silicone Doorbell Button Customization Waterproof

Details

Personalized Accessibility: Our doorbell button is designed for personalized use and long-lasting durability.

Color Options: Choose classic black or customize the color to match your preferences seamlessly.

Versatile Hardness: With hardness options ranging from 30 to 80 Shore A, find the perfect balance between resilience and tactile responsiveness.

Clear Labeling: Silk Printing technology ensures clear and lasting labels for easy identification.

Multiple Conductive Options: Choose from Carbon Pill, Conductive Oil, Metal Dome, and Non-Conductive variants to suit your preferences.

Logo Customization: Add a personalized touch with options for Silk Printing and Laser Etching.

Enhanced Coatings: Matte Oil, PU, Epoxy, and Color Oil coatings provide sleek looks and durability in various environments.

Quality Assurance: Our doorbell button is certified with ISO9001-2015, IATF16949, and RoHS, ensuring top-notch quality.

Versatile Application: Use our doorbell button in cameras, calculators, phones, appliances, and keyboards for enhanced accessibility.

Upgrade Your Entry Experience: Elevate your entryway with this durable and personalized doorbell button solution.

Conductive Ways in YJCPolymer

  • Carbon Pill Technology:

Incorporating tiny carbon-filled pillars within our Silicone Keypad, Carbon Pill Technology enables electrical connectivity upon pressure application. These pillars ensure a responsive and dependable user interface.

  • Conductive Oil Solution:

Utilizing a specialized conductive oil solution within the Silicone Keypad, we establish seamless electrical pathways. This solution bridges gaps, allowing signal transmission when pressure is exerted on the keypad surface.

  • Metal Dome Integration:

With Metal Dome technology, small dome-shaped metal components are integrated beneath the keypad surface. When pressed, these domes collapse, providing tactile feedback and completing the electrical circuit.

  • Non-Conductive Features:

Strategically employing non-conductive materials in specific areas of the Silicone Keypad prevents unintended electrical contact. This precise control over electricity flow eliminates interference or accidental input.