NCIWEB

Model ML 3" CS

3" Model ML in Carbon Steel Electroless Zinc Plating is now a standard on Carbon Steel units.  This results in improved corrosion inhibition, improved wearability and reduces flow friction...

Model MLE 3" 316SS

3" Model MLE in 316SS Motive: Liquid Motive Pressure: 20-250 PSIG Maximum Vacuum: 29 in hg Outlet Pressure: 20 PSIG Applications: Exhaust, Evacuate & Prime

Model MLE 3" BRZ

3" Model MLE in Bronze Motive: Liquid Motive Pressure: 15-250 PSIG Pressure Recovery: 30-35% Maximum Suction Lift: -27ft. Maximum Required NPSH: 3ft.

Model MLE 3" CS

3" Model MLE in Carbon Steel Electroless Zinc Plating is now a standard on Carbon Steel units.  This results in improved corrosion inhibition, improved wearability and reduces flow friction...

Model MLH 3" 316SS

3" Model MLH in Carbon Steel Maximum Temperature Rise: 215°F Maximum Flow Heated: 5000 GPM Steam Pressure Range: Vac-120 PSIG

Model MLH 3" BRZ

3" Model MLH in Bronze Maximum Temperature Rise: 215°F Maximum Flow Heated: 5000 GPM Steam Pressure Range: Vac-120 PSIG

Model MLH 3" CS

3" Model MLH in Carbon Steel Maximum Temperature Rise: 215°F Maximum Flow Heated: 5000 GPM Steam Pressure Range: Vac-120 PSIG

Model SG 3" 316SS

3" Model SG in 316SS Motive: Steam / Air Motive Pressure: 15-250 PSIG Pressure Recovery: 15-20% Maximum Suction Lift: -20ft. Maximum Required NPSH: 13ft.  

Model SG 3" CS

3" Model SG in Carbon Steel Motive: Steam / Air Motive Pressure: 15-250 PSIG Pressure Recovery: 15-20% Maximum Suction Lift: -20ft. Maximum Required NPSH: 13ft.  

Model SL 3" 316SS

3" Model SL in 316SS Motive: Liquid Motive Pressure: 15-250 PSIG Pressure Recovery: 10-15% Maximum Suction Lift: -27ft. Maximum Required NPSH: 3ft.

Model SL 3" BRZ

3" Model SL in Bronze Motive: Liquid Motive Pressure: 15-250 PSIG Pressure Recovery: 10-15% Maximum Suction Lift: -27ft. Maximum Required NPSH: 3ft.

Model SL 3" CS

3" Model SL in Carbon Steel Electroless Zinc Plating is now a standard on Carbon Steel units.  This results in improved corrosion inhibition, improved wearability and reduces flow friction...