Customizable Embossing Membrane Type Keyboard 3M467 Adhesive

1. Construction:

   • Composed of several layers, including a top membrane layer, a spacer layer, and a bottom layer.
   • The keys are not individual mechanical switches but are printed on the membrane.

2. Key Press Mechanism:

   • When a key is pressed, the top layer makes contact with the bottom layer, completing a circuit and registering the key press.

3. Noise Level:

   • Generally quieter than mechanical keyboards, making them suitable for shared workspaces.

4. Cost:

   • Typically less expensive to produce, leading to lower retail prices compared to mechanical keyboards.

5. Durability:

   • While membrane keyboards are often more resistant to spills, they may not last as long as mechanical keyboards in terms of key responsiveness.

6. Typing Feel:

   • Offers a softer feel with less tactile feedback compared to mechanical keyboards, which some users may prefer or dislike.

Common Uses

• Often found in budget laptops, desktop keyboards, and devices where noise reduction is important.

Features:

• Product Name: Tactile Membrane Switches
• Metal Domes: Nickel Or Gold Plated Or Others
• Circuit: Printing Silver Ink On PET Material
• Material: Polyester Or Polycarbonate
• Structure: 6 Layers
• Life Cycles: 500,000-1,200,000

Looking for a Graphic Overlay Membrane Switch? Our Tactile Membrane Switches have you covered. With metal domes available in nickel, gold plated, or other options, a circuit printed with silver ink on PET material, and a durable 6-layer structure, these switches can withstand up to 1,200,000 life cycles.

Technical Parameters:

More photos: