Tobee® Impeller Parts E4145-A05 with 4 vanes, closed type. It is suit for 6x4 inch Slurry Pumps. And the upgrade impeller and throat bush combination with improved hydraulic profiles, reduced turbulence, extended wear performance and lowered power consumption.
Tobee® offers three different types of slurry pump impellers: open, closed, and semi-open, and slurry pump impellers are made of high chrome alloy, rubber, elastomer, polyurethane, ceramic and some other customized materials to meet any mines site conditions and be suitable for your existing slurry pumps.
4VCG Impeller Design Benefits:
• Increased wear life–the upgrade impeller and throat bush combination is designed to increase wear life between 30% and 50%
• Power savings–lower pump power consumption
• Cost reduction–higher pump efficiency sustained over a longer pumping operation time
• Lower NPSH requirements–results in enhanced hydraulic performance and extended wear life
• Material combinations–rubber or metal part combinations available
Tobee® Pump accept OEM casting parts as samples or drawings of all kinds of AH slurry pump parts, SP vertical pump parts, G sand pump parts, Damen dredge pump parts, IHC dredge pump parts, Andritz pump parts, etc. For the material codes of the impellers, we can manufacture A03, A04, A05, A06, A07, A12, A14, A25, A33, A49, A51, A61 from 1.5/1 to 20/18 Slurry Pumps. For the impeller type, we can manufacture Back full (BF), Back remove (BR), Seal remove (SP), High efficient (HE). Such as: D3145-A05, D3145-BFA05, E4145-A05, E4145-A61, F6145-A05,G12145-A05, CAHF2056QU1A05, FAHF6056QU1A05, B1052R55, RSL3014BRU38.
Tobee® Slurry Pump Parts Impeller Codes:
4VCG Impeller Part No. | Standard Impeller Parts No. |
E4145-BFA05 | E4147BFA05 |
FAM10145-A05 | FAM10147A05 |
FAM8145-BFA05 | FAM8145-BFA05 |
FAM8147A05 | |
F6145-A05 | F6147A05 |
F6145-BFA05 | F6147BFA05 |
G10145-A05 | G10147A05 |
G12145-A05 | |
G8145-A05 |
Tobee® upgrade Parts: impeller and throat bush combination with improved hydraulic profiles, reduced turbulence, extended wear performance of between 30% and 50% and lowered power consumption.