OEM High Standard Conductive Silicone Keyboard

Experience excellence with our OEM/ODM conductive silicone keypads and conductive buttons. Designed with precision and durability in mind, these silicone rubber keypads offer unmatched performance. Whether you prefer carbon pellets, conductive ink printing, or metal domes, our keypads provide reliable conductivity for seamless operation. Enhance your keyboarding experience today with our advanced silicone keypads.

Explore the variety of choices available for conductive rubber keypads, which include:

1. Carbon Pills
2. Metal Domes
3. Conductive Ink
4. Metal Pills (Copper, Golden, and Nickel variants)

Silicone Rubber Keypad Design Structure:

1. Key Structure: Comprising Silicone Buttons and Keys
2. Pad Structure: Including Silicone Button Pads
3. Flexibility Component: Webbing for Button and Key Flexibility
4. Conductive Element: Utilizing Carbon Pills, Graphite Pads, and other Conductive Materials
5. Travel Distance: Determining Button and Key Travel Distance

Key Considerations for Silicone Keypad Design:

Designers and manufacturers of silicone keyboards should prioritize factors such as actuation force, button travel distance, and the choice of conductive materials like carbon pills and graphite pads. Additionally, attention should be given to surface aesthetics and material properties, including symbols, protective covers, material transparency, hardness, and color coating options.

Metal Dome:

Metal domes, also known as tactile metal domes, serve as momentary switch contacts that, when integrated with a printed circuit board or membrane, function as normally-open tactile switches. These domes are affixed to printed circuit boards using pressure-sensitive adhesive tape. Essentially, when appropriate force is applied to the dome switch, the rubber keypad with metal dome facilitates electrical conductivity. Metal domes can be utilized solely for tactile feedback, for electrical contact, or for both tactile and electrical purposes.