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Features & Design considerations
The HCT range is designed specifically for operation in slurry applications with large fragile particles. The HCT pump induces a vortex created by the impeller to pump large fragile particles. The flow vortex inside the casing ensures the impeller vanes has minimal contact with pumped particles. The hydraulic profile of the HCT pump has been designed to ensure optimal efficiency and head while decreasing the wear of the wet-end components. The inlet and outlet of the HCT are equal in size, allowing large particles to flow through the pump. The maximum sizes of pumped particles are determined by the discharge diameter of the HCT design.
Design Benefits & Value Add
· Impellers are all High Chrome (27%)
· Cupped impeller design smoothly adjusts the flows direction away from the backliner and casing back into the induced vortex.
· Straight vanes allow the pump to run slower while achieving higher head and maintaining optimized efficiency.
Flow coverage map
Curve HCT
The HCT range is designed specifically for operation in slurry applications with large fragile particles. The HCT pump induces a vortex created by the impeller to pump large fragile particles. The flow vortex inside the casing ensures the impeller vanes has minimal contact with pumped particles. The hydraulic profile of the HCT pump has been designed to ensure optimal efficiency and head while decreasing the wear of the wet-end components. The inlet and outlet of the HCT are equal in size, allowing large particles to flow through the pump. The maximum sizes of pumped particles are determined by the discharge diameter of the HCT design.
Usage & Benefits
