Custom Silicone Keypad Rubber Button for Remote Control Application
Silicone Rubber Push Buttons, commonly referred to as Silicone Rubber Remote Control Keypads, are primarily constructed from translucent silicone rubber through rubber compression molding. Certain models incorporate hard and elastomeric polymer button caps, metal covers, or metal domes. These buttons frequently receive protective treatments such as Matte Smooth finishes, Epoxy Coatings, PU Coatings, or are combined with plastic key cover caps. They utilize various conduction methods, including Black Carbon Pills, Electrically Conductive Ink Printing, or Metal Domes, ensuring reliable performance and durability.
Characteristics:
– Material:
– Silicone
– Material Certificate:
– ROHS/FDA
– MOQ:
– 5000 PCS
– Conductive Contact:
– Ink printing or Black Carbon Pill
– Color:
– Any color is available, single or multiple colors
– Surface Finish:
– Matt or Gloss, Silk-screen printing, Laser etching, Back-lighted
– OEM/ODM:
– Welcome
– Application:
– Remote Controllers for TV/Radio/Air-conditioners
– Scanners
– Calculators
– Telephone sets
– Other Electronic products
– Packing:
– Outer Packing: Carton box
– Shipping:
– For small quantity: Delivered by DHL/FEDEX/UPS/TNT, etc.
– For large quantity: Delivered by sea from Xiamen port
Protective Processes for Universal Remote Control Silicone Keypad Buttons:
– Matte Finish:
– Provides a non-reflective, textured surface for improved grip and tactile feedback.
– Epoxy Coating:
– Applies a robust and protective layer to the buttons, enhancing their resistance to wear and tear.
– PU Coating:
– Adds a polyurethane layer for increased durability and abrasion resistance.
– Silicone Buttons with Plastic Key Cover Caps:
– Combines silicone rubber buttons with plastic key cover caps for added protection and extended lifespan.
Conductive Methods for Universal Remote Control Silicone Keypad Buttons:
– Black Carbon Pills:
– Uses black carbon pills to ensure dependable electrical conductivity.
– Electrically Conductive Ink Printing:
– Applies conductive ink printing techniques to establish efficient electrical connections.
– Metal Dome Structures:
– Integrates metal domes to deliver tactile feedback while maintaining electrical conductivity for button presses.
