High-Quality Custom Silicone Keypad for Remote Control
Overview:
Silicone Rubber Push Buttons, also known as Silicone Rubber Remote Control Keypads, are precision-engineered using silicone compression molding. Constructed from translucent silicone rubber, these buttons may also feature hard polymer caps, elastomeric overlays, or metal covers and domes.
They are finished with protective treatments such as Matte Smooth, Epoxy, or PU Coatings, and can include plastic key cover caps. Various conduction methods, including Black Carbon Pills, Electrically Conductive Ink Printing, and Metal Domes, are employed to ensure optimal performance and durability.
Characteristics:
| Characteristic | Details |
| Material | Silicone |
| Material Certificate | ROHS/FDA |
| Minimum Order Quantity (MOQ) | 5,000 units |
| Conductive Contact | Ink Printing or Black Carbon Pill |
| Color Options | Available in any color; single or multiple colors |
| Surface Finish | Matt or Gloss; Silk-screen Printing; Laser Etching; Back-lit |
| OEM/ODM | Custom designs welcome |
| Applications | Remote Controllers (TV/Radio/Air Conditioners); Scanners; Calculators; Telephone Sets; Other Electronic Products |
| Packaging | Outer Packaging: Carton Box |
| Shipping Options | Small Quantities: DHL/FEDEX/UPS/TNT; Large Quantities: Sea Freight from Xiamen Port |
Protective Processes for Universal Remote Control Silicone Keypad Buttons:
– Matte Finish:
– Provides a non-reflective, textured surface to enhance grip and tactile feedback.
– Epoxy Coating:
– Applies a durable layer that protects against wear and improves button longevity.
– PU Coating:
– Adds a polyurethane layer to boost resistance to abrasion and extend button life.
– Silicone Buttons with Plastic Key Cover Caps:
– Merges silicone rubber with plastic key cover caps for enhanced protection and durability.
Conductive Methods for Universal Remote Control Silicone Keypad Buttons:
– Black Carbon Pills:
– Utilizes black carbon pills to ensure reliable electrical conductivity.
– Electrically Conductive Ink Printing:
– Employs conductive ink printing to create efficient electrical connections.
– Metal Dome Structures:
– Incorporates metal domes to provide tactile feedback while maintaining effective electrical conductivity.