10.3-inch 2-layer ITO Film+ITO Glass Structure Analog 4-wire Resistive Touch Screen for Industrial Control Panel
- It is extremely accurate and can reach the pixel level in the maximum resolution of 4096×4096 pixel.
5.5-inch 3-layer P+F+G Structure Analog 4-wire Resistive Touch Screen for Industrial Control Machine
- It is highly adaptable and can be used in low or high temperature and high humidity working environment. And it is very stable which can’t be affected by dust, moisture and oil.
7.6-inch 2-layer ITO Film+ITO Glass Digital Resistive Touch Screen for Writing Board
- It can be operated by the pressure, so as long as a pressure is generated on the surface of the screen, it can be operated. The pressure can be stimulated by fingers, gloves or pencils. It can be used for handwriting.
4.5-inch 3-layer P+F+G Structure Analog 4-wire Resistive Touch Screen for Industrial Control Machine
- It is relatively low cost since it is a very mature technology and it has a very low investment threshold.
9.0-inch P+G Structure Digital Resistive Touch Screen for Industrial Control Machine
- It doesn’t feel very good when we are getting used to using capacitive touch screen. People are lazy. We have to not only touch the surface of the panel, but also give a little pressure, so it can finally work. On the contrary, capacitive touch screen has an excellent user experience. It will work when you only touch with no resistance obstacle.
10.1-inch ITO Film+ITO Glass Structure Analog 4-wire Resistive Touch Screen for Music Player
- Light transmittance is not so good and it is a little bit dark on the surface, especially when it is 3-layer PET+ITO Film+ITO Glass Resistive Touch Screen or 4-layer PET+ITO Film+ITO Film+Toughened Glass/ Acrylic/ PC Resistive Touch Screen.
6.5-inch 3-layer PET+ITO Film+ITO Glass Structure Digital Resistive Touch Screen for Industrial Control Machine
- It is easy to be damaged because it has a soft surface. The surface hardness is only 2H or 3H. When our fingers touch the surface, the first layer (PET or ITO film) will be deformed by the pressure. Theoretically, it can only serve 100 thousand to 1 million times of clicking.
8.1-inch 2-layer ITO Film+ITO Glass Structure Analog 4-wire Resistive Touch Screen
- It is not very accurate after a long time serving because the first layer (PET or ITO film) has been partly damaged. That is why we have to adjust the contacting points from time to time.
8.1-inch 2-layer ITO Film+ITO Glass Structure Analog 4-wire Resistive Touch Screen
- It is extremely difficult to achieve multi-touch operation even if it is possible. We usually realize this function with the capacitive touch screen.
12.1-inch 2-layer ITO Film+ITO Glass Structure Analog 8-wire Resistive Touch Screen
