| Resistive Touch Panels | Industrial equipment, smart home devices | - Resistive technology (pressure-sensitive) - RoHS/CE compliant - 120° viewing angle (ISO 9078) - Supports USB/RS232/I2C interfaces | ▲ Durable for harsh environments (MIL-STD-810G tested) - Works with gloves/styluses - Cost-effective for industrial use | Lower clarity vs capacitive - Requires physical pressure for input |
| Capacitive Touch Panels | Smartphones, tablets, public kiosks | - Multi-touch capability - High clarity (85%+ transmittance) - IP65 rating (dust/water resistance) | ▲ High sensitivity (0.1mm touch accuracy) - Clear visuals - Supports gesture controls | Ineffective with gloves - Fragile glass layers - Higher cost |
| Projected Capacitive Panels | Medical devices, high-end POS systems | - Multi-touch (10+ points) - Corning Gorilla Glass (MIL-STD-810G) - -20°C to 60°C operating range | ▲ Superior durability vs standard capacitive - Accurate multitouch -耐高温 | Expensive - Complex calibration required |
| Infrared Touch Panels | Factory floors, large outdoor displays | - Infrared grid technology - IP65/IP69K rated - No physical layer | ▲ Resists dust/oil (ideal for industrial settings) - Works with gloves - No wear from touch | Lower resolution - Susceptible to temperature drift |
| Surface Acoustic Wave (SAW) | Retail kiosks, public info displays | - Sound wave sensing - High clarity (90% transmittance) - 16:9 aspect ratio | ▲ Sharp visuals (better than resistive) - Responsive touch | Fragile crystal components - Moisture sensitivity |
| Surface Capacitive Panels | Simple interfaces (e.g., vending machines) | - Single-touch operation - Low power consumption (0.5W) - Customizable size (5-21.5") | ▲ Cost-effective for basic use cases - Easy integration | Limited to single touch - No glove compatibility |