There is indeed a significant difference in the touch performance of the Capacitive pen nib on different surfaces. This mainly depends on factors such as surface material, conductivity, smoothness, and humidity.
First, Capacitive pen nibs generally perform better on surfaces that conduct electricity well. For example, capacitive pens can achieve smooth and accurate touch operations on most capacitive touch screens, such as smartphones and tablets, because the surface materials of these screens have good conductivity. On the contrary, on non-conductive surfaces, such as wooden desktops or certain plastic materials, the touch effect of the Capacitive pen nib may be greatly reduced, or even the touch function cannot be realized.
Secondly, the smoothness of the surface also has an important impact on the touch effect of the Capacitive pen nib. Smooth surfaces generally provide a better touch experience because the Capacitive pen nib transmits signals more stably when in contact with the screen. On the contrary, materials with rough or textured surfaces may cause unstable touch or even accidental touches.
In addition, humidity is also a factor that affects the touch effect of Capacitive pen nib. In a high-humidity environment, some capacitive touch screens may become insensitive or accidentally touched. This is because moisture changes the conductivity of the screen surface, thereby affecting signal transmission between the Capacitive pen nib and the screen.
In order to obtain the best touch effect, it is recommended to choose a conductive, smooth and dry surface when using the Capacitive pen nib. At the same time, depending on the specific usage scenario, you may need to choose different types of Capacitive pen nibs. For example, users who need to draw accurately can choose the Capacitive pen nib with higher accuracy and stability; users who need to write for a long time can choose the Capacitive pen nib that is more durable.
In short, understanding the difference in touch effects of Capacitive pen nib on different surfaces will help users better select and use capacitive pens, thereby improving the accuracy and efficiency of touch operations.
