Thermocouples (Type K) | Industrial ovens, furnaces, high-heat processes | Temperature Range: -200°C to 1300°C (Industry Standard), -200°C to 1350°C (Our Base ▲), -200°C to 1400°C (Our Advanced ▲▲) (ASTM E230 compliance) Material: Stainless Steel (AISI 316 ▲) vs Industry’s 304 steel | ▲ Extended temp range (e.g., 1400°C for Advanced) EPR-Germany Certified (safety compliance) Threaded Mounting (secure installation) | Bulky design Requires periodic calibration (every 6 months) |
RTD Sensors (Pt100) | Labs, HVAC systems, precision equipment | Accuracy: ±0.3°C (Industry Standard), ±0.15°C (Our Base ▲), ±0.05°C (Our Advanced ▲▲) Response Time: 5s (Industry), 3s (Base), 1s (Advanced ▲▲) | ▲ High precision (e.g., ±0.05°C for Advanced) Stable long-term performance (ISO 17025 verified) | Limited to -200°C to 650°C range Higher cost than thermocouples |
Infrared Sensors | Non-contact monitoring (e.g., conveyor belts) | Response Time: 1s (Industry Standard), 0.5s (Base ▲), 0.2s (Advanced ▲▲) Emissivity Range: 0.1–1.0 (Industry), 0.05–1.1 (Advanced ▲) | ▲ Faster response (e.g., 0.2s for Advanced) Non-invasive design | Accuracy affected by surface emissivity Susceptible to dust interference |
Thermistors | Consumer electronics, automotive sensors | Temperature Range: -40°C to 125°C (Industry Standard) Accuracy: ±1°C (Industry), ±0.5°C (Base ▲) | Low cost Rugged design (ISO 16750-4 automotive compliance) | Limited to lower temp ranges Non-linear output requires calibration |
Bimetallic Thermometers | Thermostats, HVAC controls | Temperature Range: 0°C to 300°C (Industry Standard) Material: Brass (Industry) vs Stainless Steel (Our Advanced ▲) | No power required Simple mechanical design | Accuracy ±2–3°C Slow response time (10+ seconds) |
Wireless Sensors | Remote monitoring (e.g., oil refineries) | Wireless Protocol: 2.4GHz (Industry Standard), 5GHz (Our Advanced ▲) Battery Life: 1 year (Industry), 2 years (Advanced ▲▲) | ▲ Longer battery life (2 years) EPR-Germany Certified (safety compliance) | Higher cost Signal interference risks in dense networks |