Valve Positioners | Industrial automation systems | Material: Cast Iron (ISO 5211 compliant) ▲ Accuracy: ±0.1% (vs Industry Standard ±0.5%) | ▲ Durability: Cast Iron withstands 10,000+ cycles (ASTM F1921) Lightweight Base model (Aluminum Alloy, 50% lighter than steel) | Cast Iron: Higher cost Aluminum: Lower load capacity (≤500 N vs 1,000 N for Cast Iron) |
Control Valves | Process control in chemical plants | Body Material: Stainless Steel (Industry Standard) vs Cast Iron (Our Advanced) ▲ Pressure Rating: 420 bar (ISO 10370) | ▲ Corrosion Resistance: Stainless Steel (ASTM A351 CF8M) Cast Iron: Cost-effective for high-pressure systems | Stainless Steel: 30% heavier than Cast Iron Cast Iron: Limited to ≤600°C temps |
Pneumatic Valves | Air/gas systems in manufacturing | Response Time: 0.3 sec (Our Advanced) ▲ vs 0.5 sec (Industry Standard) Seal Material: EPDM (BR400 Amplifier) | ▲ Speed: 0.3 sec response (IEC 60534-2-1) EPDM seals resist 80+ chemicals (ASTM D543) | Higher power consumption for faster models EPDM limited to ≤120°C |
Pressure Regulators | Hydraulic systems in oil refineries | Pressure Range: 0–200 bar (Our Advanced) ▲ vs 0–100 bar (Industry Standard) Stability: ±0.5% (ISO 9913) | ▲ Capacity: Handles 200 bar (vs 100 bar Industry) ISO 9913-certified stability | Larger footprint for high-range models Higher cost for advanced pressure ratings |
Amplifiers (BR200/BR400) | Signal amplification in pipelines | Output Power: 48V (BR400 ▲) vs 24V (BR200 Base) Signal Noise: 25 dBA (quieter than Industry 35 dBA) | ▲ Reach: 48V drives signals up to 500m (vs 200m for 24V) Low noise for sensitive environments | BR400 requires specialized wiring Higher energy demand |
Flow Control Devices | Water treatment and HVAC systems | Flow Precision: ±1% (Industry) vs ±0.5% (Our Advanced ▲) Material: Aluminum Alloy (lightweight) | ▲ Accuracy: ±0.5% (ISO 5167) Aluminum reduces thermal expansion (CTE: 23 μm/m°C) | Limited to ≤150°C temps Lower pressure tolerance (≤300 bar) |