SILICONE KEYPAD PARTNER
Silicone Conductive Keypads, also known as Electrically Conductive Printing Silicone Rubber Keypads or Transfer Printing Electric Conduction Keypads, offer a unique approach to creating electrical connections. Instead of traditional black carbon pills, they use conductivity ink for their electroconductive points.
But why choose electrically conductive ink printing for keypad contact points? Well, it’s because some keypads have irregular electrically conductive zones or need specific shapes like O-rings or rectangles for backlighting effects. This method is especially useful for laser-etched keypads or silkscreen silicone rubber keypads designed for LED backlighting or backlit switch effects.
While many silicone keypads use black carbon pills for conductivity, this alternative offers more flexibility for designs requiring precise or irregular shapes for their conductive zones.
Reduce Production Costs
To reduce production costs, it’s critical to streamline the manufacturing process. Placing numerous quantities or types of black carbon pills to produce elastomeric keypads can significantly impact efficiency.
However, choosing transfer conductive printing simplifies things. Workers only need to place elastomeric silicone rubber materials to produce the keypad, reducing production time. Conductive ink printing allows many types of keypad contact zones to be coated simultaneously, making the process automated and efficient.
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