Printing Keyboard Manufacturing

Printing keyboard, also known as a keypad printing, features silicone rubber buttons with colorful symbols or icons printed on their surfaces. There are two main printing methods used for these keyboards: silk screen printing and transfer printing. When the silicone rubber buttons’ surface is uneven, transfer printing is often chosen to achieve a better and more consistent print quality. This method ensures that the printed symbols remain clear and durable, enhancing both the functionality and appearance of the keyboard.

Details

– Origin:Xiamen, China

-Brand:OEM

– Keypad Material:Silicone

– Key Features:Durability, Chemical Resistance, Weather Resistance, Temperature Tolerance

– Applications:Home Appliances, Industrial Equipment

– Custom Orders:Accepted

– Color Options:Multicolor Printing

– Materials:Silicone, PVC, PET, PC, Metal, Adhesive-Backed Materials

– Environmental Considerations:Eco-friendly inks and materials

– Size:Customizable

– Logo:Custom Branding Available

– Accepted Artwork Formats:AI, PDF, CDR

Surface Treatments for Keypad:

1. Silk Screen Printing: This method applies a durable ink layer to the surface, ideal for creating high-contrast legends and intricate designs.
2. Laser Etching: Utilizes a laser to engrave designs onto the keypad, offering precision and permanence for long-lasting markings.
3. Epoxy Coating: Provides a clear, protective layer over the keypad’s surface, enhancing durability and resistance to wear and tear.
4. PU Coating: A polyurethane coating that offers protection against scratches and abrasion while maintaining a smooth finish.
5. UV Coating: Cures under ultraviolet light to create a robust, protective layer that resists fading and enhances durability.
6. Matte Finish: Applies a non-glossy surface treatment to reduce glare and provide a soft, textured feel.
7. Glossy Finish: Creates a high-shine, reflective surface that enhances the visual appeal and makes the keypad easy to clean.
8. Textured Coating: Adds a tactile texture to the keypad, improving grip and usability, especially in high-touch areas.
9. Color Coating: Involves applying various colored coatings to achieve vibrant hues and custom color matching.

The Production Process of Conductive Keypad:

Design: Create a detailed design considering form, key layout, and structure.

Material Preparation: Gather conductive materials like silicone rubber, carbon powder, metals, and backing material.

Conductive Layer Formation: Develop the conductive layer using silicone rubber mixed with carbon powder or metal mesh.

Printing: Use advanced printing methods to apply key patterns and symbols onto the conductive layer accurately.

Assembly: Integrate the conductive layer with the backing material, ensuring precise alignment.

Curing: Subject the keypad to controlled curing to enhance adhesion.

Quality Testing: Thoroughly test sensitivity, electrical conductivity, and aesthetics.

Packaging: Securely package the keypads to protect against damage during transportation.