China Graphic illuminated backlight switch Manufacturer, Supplier, Factory

1.Customizability: Our custom push button membrane keypad with LED features a customizable design allowing you to choose your preferred contact configuration, contact current (25~100mA), voltage rating (2~24V), insulation resistance (500VDC\500MΩ), temperature range (-40~+70), and color theme (Pantone or RAL). 2.Environmental Protection: The product is equipped with a high-quality LED backlight, ensuring clear visibility in various lighting conditions. In addition, the waterproof membrane switch is resistant to water, dust, and other environmental factors, making it ideal for use in harsh environments. 3.Advanced Detection: The keypad utilizes retro-reflective mode detection, providing reliable and accurate data transmission, which is essential for advanced equipment like telecom equipment. 4.Branding Opportunity: You can showcase your brand identity by customizing the keyboard's logo. The keypad will feature your chosen Pantone or RAL color, allowing it to complement your product's aesthetics. 5.Quality Assurance: Our custom membrane keypad is manufactured with stringent quality control measures. The product complies with international standards, including RoHS, ISO9001:2000 certification, ensuring high-quality, reliable, and long-lasting performance. These features will make our customized push button membrane keypad an ideal choice for your application. With its versatile design, compatibility with various environmental conditions, and added brand visibility, our product offers a comprehensive solution for your needs.

Tiantai Electronics is a leading China fpc membrane keypad manufacturer. FPC Membrane Keypad is designed to withstand repeated and prolonged use. The flexible substrate and printed conductive traces are highly resistant to wear and tear, ensuring long-term durability even in demanding environments.

According to the structure and function of the customer's products, our Push Button Switch Silicone Rubber keypad can customized size, color and different shapes of the keys which require by customer, and provide spraying, laser etching and silk screen printing services.

As the professional manufacturer, Tiantai Electronics would like to provide you silicone keypad. The silicone keypad gives you an operating solution with one more dimension. The variety of options with the height of buttons, as well as the design of the keys, allows you to have an increased tactility, as well as a visual depth in the product. Silicone keypad gives a better feel with the buttons and gives a firm and hard click. You have the option of backlit keys, where the silicone helps to give you a nice homogeneous diffusing.

The PMMA membrane switch is made with high-quality PMMA material, ensuring a sturdy and long-lasting product. PMMA Membrane Switch combines the advantages of a touch screen with the reliability of a mechanical switch. The design of the switch allows for accurate control with minimal effort.

Tactile membrane keypads are designed to provide physical, tactile feedback. The response is typically a “snap” or “click” when the switch is pressed. This is usually a function of a dome switch that is selected for the application. The size, force, and snap required to activate the switch can be customized to your specifications. A non-tactile membrane switch has no tactile response that indicates the button has been pressed. Instead, the response is typically indicated through lights, sound, or reading on the instrument display. With a non-tactile membrane switch, the bottom side of the overlay is connected to a conductive pad, or an upper circuit layer is printed with conductive traces. When the overlay is pressed down the conductive traces connect to the lower circuit layer, which sends a signal to a printed circuit board. Non-tactile membrane switches are more resilient than tactile membrane switches and they are completely sheltered from the outside environment. This allows them to be rated for three times as many activations as a tactile membrane switch.