Custom Factory Screen Printing Keypads for Home Appliance

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Custom Factory Screen Printing Keypads for Home Appliance

Overview:

Screen Printing Keypads are interface components used in electronic devices, featuring printed symbols or designs on their surface. These keypads are primarily manufactured using silicone molding techniques, where liquid silicone rubber (LSR) or other elastomers are injected into molds to form the keypad structure. The printing process involves applying ink through a screen onto the keypad’s surface, creating durable and visually clear markings essential for user interface interaction.

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Features:

Basic Info  
Number of Switch Multi Control Switch
Brand OEM/ODM
Certification ISO9001, CCC, ISO14001
Touch Soft
Operating Temperatures -30 to +150°C
Storage Temperatures 30°C – 80°C
Actuating Force 100, ±25 Grams
Material Hardness 50 ±5 Shore
Surface Glossy / Matte Finish
Color Pantone, RAL, CMYK
Contact Resistance 200 Ω Maximum
Lifetime 1,000,000 Cycles Per Key
Stroke 1.4, ± 0.3 mm
Artwork Service OEM or ODM
QC Control 100% Inspection
Transport Package Plastic Bags / Foam Bags / Cartons
Specification Customized
Trademark Customized
Origin China
Production Capacity 2,000,000 Per Year

Surface Treatment:

  1. Glossy Finish: Smooth and reflective surface that enhances visual appeal and durability.
  2. Matte Finish: Non-reflective surface with a smooth texture, reducing glare and fingerprints.
  3. Textured Finish: Provides a tactile feel with a patterned surface for enhanced grip and aesthetics.711screen-printing-silicone-keypad4
  4. Embossed Finish: Raised symbols or designs on the surface for tactile feedback and improved usability.
  5. Customized Finishes: Tailored options based on specific aesthetic or functional requirements, ensuring optimal user experience.

The production process of conductive keypads involves several professional steps:

  1. Design: Develop a comprehensive design focusing on key layout, form, and structural details.
  2. Material Preparation: Gather conductive materials such as silicone rubber, carbon powder, metals, and backing materials.
  3. Conductive Layer Formation: Create the conductive layer using silicone rubber blended with carbon powder or metal mesh for conductivity.
  4. Printing: Utilize advanced printing techniques to accurately apply key patterns and symbols onto the conductive layer.
  5. Assembly: Integrate the conductive layer with the backing material, ensuring precise alignment and functionality.
  6. Curing: Subject the keypad to controlled curing processes to optimize adhesion and durability.
  7. Quality Testing: Conduct rigorous testing for sensitivity, electrical conductivity, and aesthetic integrity to meet stringent quality standards.
  8. Packaging: Securely package the keypads to safeguard against transportation damage, ensuring they arrive in optimal condition.