Vertical Mixing Agitator Pumps
Slurry mixing performance with the SlurryKat Agitator is unrivalled on the back of many years of R & D testing in our contracting division.
Slurry is delivered from a high efficiency, unique designed 5 vane impeller. The sweeping design of the impeller housing and its unique strategic liquid delivery design and location means the SlurryKat agitator pump has the most efficient power to output ratio of any other mixing pump on the market.
Connection to the tractor is achieved via a two point linkage c/w quick attach link bar (no top link) which means hooking on, is fast, very easy and can be done without leaving the tractor seat.
Once attached to the tractor, placement into the slurry tank is also done completely from the comfort of the tractor seat. There is no further need to go near the slurry tank after the mixer is sited in the tank.
Standard features of the Proflow
- 2 point underslung tractor linkage (no top link)
- Hydraulic vertical depth adjustment of 600mm
- Hydraulic Horizontal Tilting
- PTO shaft 1”3/4 6 spline X 1”3/4 6 spline
- Top fill c/w diverter valve
- All pipework in 6” diameter
- Vertical & horizontal adjustment power nozzle
- Hi Flow special design impeller manufactured from Hi-Tensile wear resistant steel
- Full length solid 50mm drive line shaft on all models
- Fully galvanised construction
- Super high flow design
- PTO shaft does not need removed from tractor when changing between tanks
Options
- Top fill / Transfer gate valve
- Full hydraulic control of all functions – power nozzle and diverter valve
- Fully stainless steel construction for aggressive liquids in Biogas or Industry
- Hardox abrasion resistant impeller and housing for sand laden slurry lagoons
- Layflat transfer hose – 5”, 6” & 8”
- Couplings or fittings bespoke manufactured
We have two brands of mixing agitators on the farm, but the SlurryKat agitator is the only one that can mix our large mass-stock beef tank entirely from one position.
There is no mixer that comes close to this performance.
