Material | Corrosive environments (chemical plants) | Industry: Basic corrosion-resistant steel (ASTM A262) vs Our Base: 304 Stainless Steel (ASTM A240) ▲ vs Our Advanced: 316L (ASTM A276) ▲▲ | Superior durability in harsh conditions; Base resists mild corrosion ▲; Advanced withstands aggressive chemicals ▲▲ | Higher cost for advanced materials; Base may degrade in extreme acids/bases |
Temperature Range | Industrial boilers/furnaces | Industry: -50°C to 600°C (IEC 60751) vs Our Base: -200°C to 850°C ▲ vs Our Advanced: -200°C to 1300°C (with high-temp probe) ▲▲ | Wider operational range for extreme environments; Advanced handles furnace applications ▲▲ | Limited to RTD physics (base/advanced) |
Accuracy | Precision labs/process control | Industry: ±0.5°C (Class B) vs Our Base: ±0.3°C (Class A) ▲ vs Our Advanced: ±0.15°C (Special calibration) ▲▲ | Base meets ISO 9001 standards ▲; Advanced ensures ±0.15°C precision for critical systems ▲▲ | Higher cost for advanced calibration |
Response Time | Dynamic process monitoring | Industry: 10 sec (standard RTD) vs Our Base: 5 sec (optimized electronics) ▲ vs Our Advanced: 2 sec (fast-sensing probe) ▲▲ | Base reduces lag for real-time adjustments ▲; Advanced enables millisecond-level tracking ▲▲ | Advanced requires specialized installation |
Durability | Continuous industrial use | Industry: 5,000 hours (ASTM B117) vs Our Base: 10,000 hours ▲ vs Our Advanced: 15,000 hours (enhanced coating) ▲▲ | Base withstands 2x longer than industry ▲; Advanced resists prolonged thermal stress ▲▲ | Heavier/more complex design for advanced |
Customization | Tailored industrial solutions | Industry: Limited to standard probes vs Our Base: Adjustable probe length/thread types ▲ vs Our Advanced: Full customization (sheath material, sensor placement) ▲▲ | Base accommodates most boiler setups ▲; Advanced allows bespoke designs for niche applications ▲▲ | Advanced customization increases lead time/cost |