Overview:
Silicone rubber keypads and keyboards are crafted from high-quality, elastomeric translucent silicone materials through precision compression molding. These keypads are widely utilized in various electronic applications, including remote control units, medical devices, wireless communication equipment, telephones, safes, electronic calculators, and other consumer electronics, serving as reliable and durable switch components.
We offer OEM and one-stop services to meet your specific needs, providing customizable options for various sizes, colors, and surface coatings. Whether you require a specific design, unique dimensions, or a particular finish, our team is equipped to deliver high-quality solutions that meet the demands of your product.
Details:
Feature | Details |
Application | Home Appliances, Telecommunication Equipment, Remote Controls, Calculators, Cameras |
Number of Switches | Multi-Control Switch |
Detection Method | Retro-reflective Mode |
Brand | Customized |
Certification | ISO 9001 |
Sizes | Customizable |
Operating Temperature | -40°C to 230°C |
Materials | Silicone Rubber |
Logo | Customizable |
OEM | Available |
Color | Customizable |
Design Type | Customizable |
Hardness | 20-95 Shore A |
Package | Standard or Customizable Packaging |
3D/CAD Drawings | Accepted |
Transport Package | Poly Bag, Carton Boxes |
Specification | SGS, ROHS |
Origin | Xiamen, China |
Production Capacity | 5,000 PCS/Day |
Production Process:
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Material Selection
The process begins with choosing high-quality silicone rubber, which provides flexibility, durability, and a reliable tactile response for the keyboard.
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Mold Design and Preparation
A custom mold is created for the keyboard, ensuring it matches the desired layout and design specifications. This step includes designing the silicone membrane to fit over the base and ensuring the appropriate alignment for keys.
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Silicone Molding
The silicone rubber is then placed into the mold and compressed using compression molding process. The molding step shapes the silicone material into the desired form, creating the keyboard’s main structure.
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Silk Screening
Once the silicone component is molded, it undergoes the silk screen printing process. This step involves applying ink or other materials to the surface of the silicone keys to create the labeling, characters, and icons. High precision is required to ensure the proper alignment and clarity of the print.
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Curing and Drying
After the silk screen printing, the printed silicone keyboard is placed in a curing oven to ensure that the ink adheres to the silicone and is fully dried, guaranteeing durability and wear resistance.
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Inspection and Testing
Rigorous quality control is performed to ensure that the keys are correctly printed, have consistent tactile feedback, and function as expected. Dimensional checks, visual inspections, and functionality tests are carried out to confirm the final product meets all specifications.
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Assembly and Packaging
If necessary, the silicone keypad is assembled with additional components such as conductive traces, and it is packaged for shipment. The packaging is done to protect the product from damage during transportation.
Silicone Keyboards Surface Protection Options:
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Matte Smooth Coating
Provides a non-glossy, smooth finish that reduces glare and fingerprints, enhancing tactile comfort while maintaining a clean look.
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PU Coating
A flexible, durable coating that resists abrasion, UV, and chemicals, offering a soft feel and long-lasting protection against wear.
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Epoxy Coating
A hard, protective finish that resists scratches, oils, and solvents, ensuring superior durability and temperature resistance for demanding environments.
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Silicone Key with Plastic Button Cap
Combines the softness of silicone with the durability of plastic caps for improved tactile feedback and added resistance to wear and tear.
Each surface treatment option offers tailored protection for silicone keyboards, ensuring durability, comfort, and functionality in various applications.
Our Equipment:
Machinery | Quantity |
Plastic injection molding machine | 20 |
LSR injection molding machine | 15 |
Metal stamping machine | 10 |
Die casting machine | 5 |
Compression molding machine | 20 |
Class 8 medical clean room | 1 |