Xiamen Better Silicone Rubber Co., Ltd

Conductive Printing Keypad

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Conductive Printing Silicone Rubber Keypad, also called electrically conductive ink printing silicone keyboard or transfer printed conduction rubber button, which choose electrically conductive printing ink instead of black graphite pads & carbon pills as a silicone keypads electroconductive point.

  • SKD-
  • Better
  • 3926901000
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Silicone Keypad with Conductive Ink Printing

Conductive Ink Printing Silicone Keypads, also called electrically conductive ink printing silicone keyboard or conductive transfer & pad printing keypad, which choose electrically conductive printing ink & conductive carbon ink instead of black graphite pads & carbon pills as a silicone keypads electroconductive point. Backlight & laser engraving keymats, which conductive & contacts zones is irregular shape, circular ring shape or rectangular shaped and so on, mainly choose conductive ink printing.
Conductive Paint Keypad
Electrically Conductive Printing & Paint Ink Materials
Conductive materials like golden, silver, copper or carbon & graphite is dispersed in vehicle. Electrically Conductive Printing Ink ( silver conductive ink & golden conductive ink & copper conudctive ink & carbons conductive ink ) have conduction properties and used as printed conductive-dot or conducting circuits, which as a conductive materials, which is widely used in screen printing circuit, electrode, electroplate, silicone keypad & plastic keyboard contact, printed resistance etc.




 
Why choose electrically conductive printing oil & ink as silicone keypads contact?
1. Silicone Keyboard with Electrically Conductive Printing Ink is reliable.
Electrically conductive transfer & pad printing technology is mature, and also conductive printing ink is durable.
Auto parts or some test instrumentations, which conductive silicone keypad's contact should sustain high current and need lower resistance. Other product's switches like remoto control, 
electronic products, telephone set, toys etc, electrically conductive ink printing is good enough.

2. Save Production Cost
Silicone Keypads with rounded & circluar shape black carbon pills or graphite pads, which can increase productivity by keypads positioning tools. Irregular shape, circular ring shape, rectangular shaped conductive keypads, or too small conductive zone can't do it.
Placed many black conductive graphite pads & carbon pills on keypads mold tooling for production, whick will affect the production efficiency.
And also irregular shape, circular ring shape or rectangular shaped graphite pads is not easy to purchase from markets, should be produced by silicone rubber compression molded tooling and die cutting.


3. Rework and Flexible
Unqulified Silicone Keyboard with electrically printing ink, which can rework by transfer printing tooling or by handwork, when unqualified.
Silicon keyboard with graphite pill or metal domes, which is molded, can't rework.

Silicone Keypad Conductive Ink Paint

What's silicone keyboard with conductive ink printing disadvantage
1. Electrically conductive printing ink silicone keypad, which contact resistance is mostly higher than black carbon pill, golden pills, nickel pads or metal domes etc.

Black Carbon Pill Keypad contact resistance which is easy to control below 100 OHMS, some can up to 0-50 OHMS.
Electric conductive printing Keypad contact resistance, mostly is about 150 OHMS, and possibly up to 200 OHMS.
If need electric conductive printing ink keypad’s control contact resistance, not only need choose good conductive materials as pad printing ink, but also need make precision assistant tooling and also increase conductive coating layers (more thicker)


2. Conductive Printing Silicone Rubber Keypads can't bear high current.

3. Black Carbon Pill keypad is more strong and durable.
After a long time use, elastomeric keypad’s electrically conductive ink will removing, and also keypad contact resistance will getting higher.
If need improving the lifespan of transfer conductive printing keypad, one is use qualified electric conductive ink, and make sure conductive coating ink is dry enough after drying.

Silicone Keypad Manufacturer

Silicone Rubber Keypad Manufacturing Process Features
Silk Screen Printing Silicone Keypad   Laser Cutting Silicone Keypad
Silk Screen Printing Silico ne Keypad              Color Coating + Laser Etched Symbol Keypad
Characters & symbols Printing on silicon keypad’s surface  Laser Etched Legends&Icons after color coating for backlight
 
Epoxy Coating Silicone Keypad    Conductive Ink Printing Silicone Keypad
Epoxy Coating Silicone Keyboard                     Electrically Conductive Ink Printing Keypad
Epoxy Resin Coating for Keypad's Surface Protection             Transfer Conductive Printing for Keyboard Conduction
 
PU Coating Silicon Keypad     Silicone Keypads with carbon pills
PU Coating Silicone Keyboard                         Graphite Pads & Carbon Pill Silicone Keypad
PU ink Coating for Matte & Light Button Icons Protection     Black Carbon Pills for Keypads Conduction

Plastic Rubber Keypad    Silicone Keypad with golden pill
P + R Keypad                                                       Silicone Keyboard with Metal Pills
Silicone Rubber Keypad Glued Plastic Button Caps                Copper & Golden Pills for Keypads Conductive
 
Overmoulding Rubber Keypad     nickel pill rubber keypad
Different Hardness Silicone Keyboard                Silicon Keypad with Conductive Nickle Pills
Overmolding buttons + pads, Dual durometer Keypad              Keyboard Pill which mixed with conductive Nickle Powder

fluorescent silicone keyboard    Silicone Membrane Keyboard
Fluorescent & Glow-in-Dark Keypad              Silicone Keypads with Metal Domes
Mixed Fluorescent powder with silicone before molded        Backing Adhesive Metal Domes + Silicone Rubber Keyboard
Backlight Silicone Keypad    Remote Control Silicone Keypad

Backlight Silicone Keypad & Keymat               Remote Control Silicone Keyboard
Laser Etched for Desired Backlight Symbols                          TV Set, Air Condition & Fan Remote Controller
Keypad Design Guide
Keypad Contact Types
Silicone Rubber Keypad Contacts

Carbon Pill
Conductive Ink Printing
Metal Domes
Metal Conductive Pill
Life Time
About 10 Millions
About 10 Millions
About 10 Millions
Above 10 Millions
Resistance
10-100 Ohms
50-350 Ohms
1-100 Ohms
1-100 Ohms
Diameter
1.5-8mm
Available
Available
Available
Thickness
0.2-0.6mm
10-20 Microns
0.05mm-0.1mm
0.05mm-2mm
Advantage
Lower Resistance Stable Life Time
Any Shape is Available
Lower Resistance 
Lower Resistance
DisAdvantage
Shape Limted
Resistance Limited
Bad Tactile Feel eithout Dust-free Functions
Low Production Efficiency, High Unit Price
Keypad Legend Types and Surface Protection
Legends
Screen Printing Keypad
Laser Etched Keypad
Molded Legends Keypad
Protective Cover
Color-filled-in Keypad
PU Spraing Coating Keypad (Matte&Bright Surface)
Matte Smooth Coating Keypad
Epoxy Coating Keypad
Plastic + Rubber Keypad (Plastic Key Cap & Cover)
Metal + Rubber Keypad (Metal Key Cover)
Travel /Stroke Sketch
Typical Force/Stroke Curve
Keypad Processes
Our Company
Xiamen Better Silicone Co., Ltd  is specialized in designing and manufacturing all kinds and configurations of Silicone Rubber Products for a wide range of applications. Our  silicone rubber keypad solutions combine excellent conductivity, reliability and long life span, which can meet all the environment's requirements and fit your individual needs.


Quick Quotation Requirements

1. Offer 2D & 3D Design drawings or samples

2. Keypads Legends demands.

3.Keypad's Surface Protective Coating Demands.

4. Keypad's Conduction Ways or Resistance Demands

Better Silicone Keypad

Xiamen Better Silicone Rubber Co., Ltd is specialized in designing and manufacturing all kinds and configurations of Silicone Rubber Keypads for a wide range of applications....  
 

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