WIWO small size 3.5 inch projected capacitive touch screen

C4D035GG48 is a touch screen designed for mobile devices, smart homes and other application scenarios. It uses projected capacitive touch technology that detects changes in position capacitance when a finger is touched, thus calculating the location of the finger and enabling multi-touch operation. The touch screen can be equipped with an IPS display to ensure that users get clear visuals in a variety of environments. Structurally, the 3.5-inch projected capacitive touchscreen consists of a surface glass, ITO glass, and a transparent adhesive SCA. The glass material makes the screen more durable and long-lasting.

Application Advantage:

Thickness: Using advanced manufacturing process and materials, the thickness of 3.5" projected capacitive touch screen is only 1.48mm, which makes it more suitable for mobile devices, smart homes, and other scenarios that require thin and light design.

Glass Material: Asahi Dragon Trail glass material is used as the surface cover, which not only improves the screen's impact and abrasion resistance, but also ensures that the screen has high light transmission and clarity.

Shape: The 3.5" size design makes the screen suitable for a wide range of portable devices and scenarios. At the same time, precise process control ensures that the edges and corners of the screen are smooth and rounded, improving the user experience.

Other application areas:

Medical equipment: In the field of medical equipment, 3.5-inch projected capacitive touch screens are also widely used in a variety of portable medical equipment and instruments. These devices require highly reliable, high-precision touch screens to support medical diagnosis and treatment work.

Industrial Control: In the field of industrial control, 3.5-inch projected capacitive touch screens are also used as control interfaces for various industrial equipment and instruments. These devices need to be able to operate stably in harsh environments with high sensitivity and high precision touch performance.