Customized Silicone Keypad Buttons for Live Broadcast

User-First: Prioritizing your comfort and satisfaction, elevating your interaction.

Planet-Friendly: Dedicated to sustainability at every stage, minimizing our ecological footprint.

Tailored Fit: Customized to seamlessly integrate with your electronic devices.

Finish Choices: Explore Matte Oil, PU, Epoxy, or Color Oil coatings to suit your preferences.

Premium Material: Crafted from 100% Silicone for enduring quality and trustworthiness.

Color Palette: A range of Pantone options to harmonize with your design vision.

Imprint Methods: Utilizing Screen Printing & Laser Etching for a refined and sophisticated appearance.

Packaging: Safely packaged in plastic bags and cartons, or opt for personalized packaging solutions.

Specification

• Hardness: Shore A 30°~80°
• Size: As per your drawings
• Printing: Screen Printing
• Molded Way: Compression Molding 
• Features: Antiwear, Water-proof, Oil-proof, Odor-free, Non-toxic, Soft, Lightweight
• Coating: Matte Oil, PU, Epoxy, Color OilConductive Way: Carbon Pills, Conductive Ink Printing, Metal Domes, Metal Pills
• Certificate: ISO9001-2015, IATF16949, ROHS
• Application: Electronics, Medical Equipment, Remote Control, Fitness Equipment, Industrial Equipment
• OEM/ODM: Available

Cutting-Edge Conductive Solutions

Carbon Pill Innovation: Our Silicone Keypad harnesses advanced Carbon Pill technology, employing minute carbon-infused pillars to optimize electrical conductivity when pressed. This guarantees an exceptionally responsive and dependable user interface, establishing a new benchmark in performance standards.

Conductive Oil Fusion: Introducing groundbreaking conductive oil integration within the Silicone Keypad, creating seamless electrical pathways. This groundbreaking solution bridges any gaps, facilitating smooth signal transmission upon pressure application to the keypad surface.

Precision Metal Dome: Enhance conductivity through the incorporation of Metal Dome technology within our Silicone Keypad. Tiny dome-shaped metal components collapse under pressure, providing precise tactile feedback and completing the electrical circuit.

Smart Non-Conductive Design: Certain sections of the Silicone Keypad feature strategically placed non-conductive materials, ensuring meticulous control over electrical flow. This prevents unintended contact and guarantees precise input control.