High-Quality Tactile Membrane Switches
Convex membrane switches consist of two main parts: PC (polycarbonate) and PET (polyethylene terephthalate) plates. These plates work together to create strong and lasting buttons. The PC plate gives the button its shape and support, while the PET plate forms the touch surface, ensuring stability and reliability.
LEESUN’s convex membrane switches provide easy and dependable control for modern devices. They are designed with tough PC and PET layers and can be fitted with metal or Mylar domes. This adds responsive tactile feedback when you press the buttons, making them feel more precise. The switches are slim, sealed, and sturdy. Therefore, they are perfect for electronics, appliance panels, medical devices, and industrial controls.
For applications requiring electrostatic protection, ESD Drain (Electrostatic Discharge dissipation) can be integrated into the membrane switch design. This helps safely discharge static electricity away from sensitive electronic components, reducing the risk of malfunction or damage in environments where static buildup is a concern.
We offer both resistive membrane switches and capacitive membrane switches. Our convex membrane switches can be customized and work well with backlighting. Furthermore, they last a long time and offer great value for companies. These switches meet the needs for easy-to-use and elegant designs that perform well.
Ready to upgrade your interface? Contact us today to customize your tactile membrane switch solution.
Our convex membrane switches (tactile membrane switches) are widely used in: Smart Home Devices:
- Smart lighting controls, thermostat panels, 3C electronic appliance panels, electric bed controllers, massage chair remotes
- Medical Equipment: Blood pressure monitors, ventilator control panels
- Industrial Equipment: Machine operation panels, testing instruments
- Automotive & Transportation: In-vehicle control panels, navigation interfaces
- Fitness Equipment: Treadmills, exercise bikes, and gym control panels
Material Options
We offer multiple membrane materials to match different environments and design requirements:
- PC (Polycarbonate)
High impact resistance and cost-effective. Ideal for industrial equipment and medical instruments requiring high durability.
- PET (Polyester)
Excellent abrasion and chemical resistance with superior dimensional stability. Commonly used for home appliances, industrial controls, and commercial equipment.
- PMMA (Acrylic)
High light transmission and premium visual appearance. Suitable for backlit panels, high-end interfaces, and design-focused products.
Surface Treatment Options
To enhance durability, visibility, and user comfort, we provide various functional coatings:
- Antibacterial Coating: Reduces bacterial growth for medical and public-use devices
- Hard Coating (HC): Improves scratch and wear resistance
- Anti-Glare (AG): Minimizes glare under strong lighting
- Anti-Reflection (AR): Increases transparency and display clarity
- Anti-Fog (AF): Prevents fogging in humid or temperature-changing environments
- UV Resistant Coating – Protects against discoloration and aging from sunlight
- Anti-Smudge (AS): Repels fingerprints, water, and oil for a cleaner surface
Size
We support fully customized designs, including large-format membrane switches:
- Maximum printing size: 900 × 1200 mm
- Suitable for large control panels and integrated industrial interfaces
- Supports single-piece large panels or multi-panel assembly designs
Printing Methods
To ensure sharp graphics and long-lasting visuals, we offer multiple printing methods:
- Screen Printing
Stable and cost-effective for large areas and single or multi-color designs
- UV Inkjet Printing
High-resolution printing for complex graphics and small-batch production
- Digital Four-Color Printing
Rich, vibrant colors ideal for branding and full-color designs, with fast design adjustments
Additional Features
Our convex membrane switches can be enhanced with advanced functional options:
- ESD Protection: Prevents electrostatic damage to sensitive electronics
- Hidden Optical Effects: Conceals icons or branding until illuminated
- 3D Visual Effects: Adds depth and visual appeal to the interface
- Floating Touch Technology: Enables touch detection without physical pressing
- Composite Materials: Combines PC, PET, PMMA, and functional films for optimized performance