Industry Standard Ball Valve (Manual) | General industrial applications, low-pressure systems | Manual operation, cast iron body (ASTM A48), threaded connections, pressure up to 150 psi | Low cost, no power required, simple design | Requires manual access, no remote control, limited corrosion resistance |
Our Base Model (Electric Ball Valve - UPVC) | Corrosive environments, automated systems (e.g., water treatment) | Electric actuator (24V/220V), UPVC body (ASTM D1784 compliant), threaded connections, medium pressure (160 psi), EPR_Germany_Packing certified | Remote operation, corrosion resistance for acids/bases, cost-effective | Limited to medium pressure, not ideal for high-temperature applications |
Our Advanced Model (Electric Ball Valve - Stainless Steel) | High-corrosion or high-temperature systems (e.g., chemical processing) | Electric actuator (24V/220V), 316 stainless steel body (ASTM A276), threaded connections, ▲▲ high pressure (300 psi), EPR_Germany_Packing certified | Superior corrosion/temperature resistance, handles higher pressure | Higher cost, heavier, requires robust mounting |
Pneumatic Ball Valve (Industry Standard) | Industries with compressed air (e.g., oil refineries) | Pneumatic actuator, stainless steel body, threaded connections, pressure up to 500 psi | Fast response, no electrical components | Requires air supply, maintenance for pneumatic parts, higher upfront cost |
Diaphragm Valve (Industry Standard) | Sanitary applications (e.g., food processing), slurries | EPDM/PFA diaphragm, plastic/PVC body, low-pressure operation (≤100 psi) | No contamination risk, easy cleaning, low maintenance | Limited pressure rating, not suitable for abrasive media |
Gate Valve (Industry Standard) | Full-flow pipelines (e.g., water distribution) | Wedge gate design, forged steel body, high flow capacity | Minimal pressure drop, high flow efficiency | Slow operation, not for throttling, complex maintenance |