Capacitive touch panels need to have the following characteristics when applied to petroleum equipment:
High reliability: Petroleum equipment is usually exposed to harsh operating environments such as high temperature, high pressure, vibration, etc. Capacitive touch panels should have high reliability to withstand these adverse factors.
Anti-pollution: Petroleum equipment may be exposed to contaminants such as oil, moisture and chemicals, capacitive touch screen should have anti-pollution properties to prevent contaminants from interfering with the touch function.
Explosion-proof performance: As petroleum equipment is at risk of explosion, capacitive touch screens need to meet relevant explosion-proof standards to ensure their safe use in explosive environments.
High-precision and multi-touch: For scenarios that require precise operation and multi-touch, capacitive touch screens should be able to provide high-precision touch positioning and support the detection of multiple touch points.
So what are the advantages of using touch screens on petroleum equipment:
Intuitive and easy to use: Capacitive touchscreens provide a more convenient human-machine interface by interacting through touch gestures and finger operations, which are intuitive and simple to operate without the need for external input devices.
Durability: Capacitive touch panels usually use glass or scratch-resistant materials as touch panels, which have strong durability and wear resistance, and can withstand long and frequent use.
High sensitivity and fast response: Capacitive touch screen can achieve fast touch signal sensing and response, with high sensitivity, can quickly respond to the user's operation.
Versatility: Capacitive touch screen can support a variety of gesture operations, such as sliding, pinching, rotating, etc., to provide more interaction and functionality to enhance the user experience.
WIWOTOUCH which is a professional manufacturer of capacitive touch screen, we have a professional R&D team can provide you with complete solutions.
