product introduction:
Configured volute.Configured volute cross-section distributes casing material at point of maximum wear for larger particles.
Low V cutwater.Low V open cutwater design lowers slurry velocity and consequent wear and pre- vents separation at flows less than BEP. Low V design also produces more forgiving operating range and broader efficiency band.
Impeller wear ring.Patented impeller wear ring profile reduces wear on the throatbush and impeller by reducing turbulence and restricting recirculation.
Extended shroud impeller.Unique extended shroud impeller design reduces side- liner wear by trapping the pump-out vane tip vortices against the shroud preventing further vortex development.
Ease of maintenance.Unique "T-liner" and spigot- ted fits ensure all components can be assembled easily. Casing has 3 shackle lifting points. Gland seal pump is easily converted to centrifugal seal by adding expeller and new shaft sleeve.
Centrifugal seal performance.Deep and efficient impeller pump out vanes combine with high ratios (85%) expeller diameter produce exceptional dry sealing performance
Profiled impeller tip.Unique impeller vane tip profile increased radial velocity of flow in center of vane preventing inward spiral flow and reducing wear in the casing.
"Tear drop" frame liner.Unique frame plate liner insert shape ensures any local side wall wear occurs on the liner, not in the more expensive casing. Flat ceramic wear resistant inserts are options for very aggressive applications.
Expelling vane shape.Leading edge of expelling vane is a patented shape designed to reduce tip turbulence and maximize pressure reduction and sealing effect.
One-piece frame.A very robust one-piece frame cradles the cartridge type bearing and shaft assembly. An external impeller adjustment mechanism is provid-ed below the bearing housing for easy adjustment of impeller clearance.
Configured volute.Configured volute cross-section distributes casing material at point of maximum wear for larger particles.
Low V cutwater.Low V open cutwater design lowers slurry velocity and consequent wear and pre- vents separation at flows less than BEP. Low V design also produces more forgiving operating range and broader efficiency band.
Impeller wear ring.Patented impeller wear ring profile reduces wear on the throatbush and impeller by reducing turbulence and restricting recirculation.
Extended shroud impeller.Unique extended shroud impeller design reduces side- liner wear by trapping the pump-out vane tip vortices against the shroud preventing further vortex development.
Ease of maintenance.Unique "T-liner" and spigot- ted fits ensure all components can be assembled easily. Casing has 3 shackle lifting points. Gland seal pump is easily converted to centrifugal seal by adding expeller and new shaft sleeve.
Centrifugal seal performance.Deep and efficient impeller pump out vanes combine with high ratios (85%) expeller diameter produce exceptional dry sealing performance
Profiled impeller tip.Unique impeller vane tip profile increased radial velocity of flow in center of vane preventing inward spiral flow and reducing wear in the casing.
"Tear drop" frame liner.Unique frame plate liner insert shape ensures any local side wall wear occurs on the liner, not in the more expensive casing. Flat ceramic wear resistant inserts are options for very aggressive applications.
Expelling vane shape.Leading edge of expelling vane is a patented shape designed to reduce tip turbulence and maximize pressure reduction and sealing effect.
One-piece frame.A very robust one-piece frame cradles the cartridge type bearing and shaft assembly. An external impeller adjustment mechanism is provid-ed below the bearing housing for easy adjustment of impeller clearance.