Kreisel Pumps Louis Wadi, Thane, Maharashtra

TRISHEAR MILL operates in a much wider range of Viscosities than other homogenising & colloid mills, with supplementary agitation it can handle several  hundred thousand centipoises. You can produce far more through-put too - without paying a stiff penalty in energy costs and maintenance. How Does a TRISHEAR MILL work? The machines are designed to be very tough and  highly accurate, whereby very close tolerance between the rotor and stator generates a high degree of mechanical shear. This cutting action breaks down droplets to sub-micron sizes. The result is an emulsion that is more uniform and stable. The liquid mix is then  pumped through the stator and surrounding mill. This produces intense hydraulic shear which ruptures remaining droplets & hastens the mixing process. The main demand of today & tomorrow is better utilisation of our resources and total elimination of pollution in the environment. These are of special significance in many Industries like : Cosmetic Industries, Food Industries, Chemical Industries, Pharmaceutical Industries. 

Kreisel Submersible Sewage pumps are equipped with the exclusive submersion detector probe in the seal chamber, should the lower seal leak, allowing water into the seal chamber, the probe activates  warning allows time to repair the pump seal before water enters  the motor.  Technical Features: The single & two-vane impeller has a non-clog design that passes heavy sludge and solid bits. The throughway is long with no acute turns. Despite the compromises inherent in such  "Open" design,thick and thin fluids are efficiently pumped.

The Kreisel pumps is a single stage Vertical Centrifugal pump for use in marine and in oil fields .It is designed to handle seawater ,hydrocarbons light viscosity oils. We have designed two types  Self priming which has a vacuum pump on the same shaft behind the main impeller. Non Self priming   Design: Features: Robust pumps easily installed and during maintenance the main wearing components easily accessible . The shafts are located by choice at the upper bearings, because  greater stability is obtained by supporting rotating mass at a point above its center of  gravity .No shaft sleeves ,hence shafts reinforced so that first critical speed is almost  1.35(minimum) above working speed resulting in smooth and quite operation of pumps.

We have developed a portable Vertical / Horizontal new concept of ‘Axial flow water turbine’ for water (for low head Hydro Projects) which should allow it to directly mount an economically viable hydro plant having net head below 5 kg/cm2 - 6 Kg/cm2 max. The concept to undertake such a task was created for most of those involved in the hydro power industry, it has been well known that under normal investment circumstances, development of a hydro power project will run into hundred to thousand of crores of rupees, hence our thought goes for requirement of mini portable 15 to 100 Kilowatts of power output into working in small hydro power project.

Range of Application: Model KAF & KAFV Series 5",6",8",10",12",14",16",18" ,20" Chemical: Forced evaporator & Crystallizer circulation Paper: Black Liquor concentration , Xylene Crystallizer. Food: Cane , Maize , Sugar evaporator. Municipal: Sewage sludge circulation, sewage disposal. General: Raw water pumping. Range of Temperature:  Upto 200 degree C Range of Pressure: Upto 10.5 Kg/(cm)2 Range of Flow: Upto 3500 (m)3/hr Heads: Upto 9 mtrs. Design: Features: Back pull out design  coupling with spacer element  for rapid dismantling & assembly with propeller & sealing element.. Stuffing box housing designed with jacketing arrangement for cooling or heating. Stuffing box chamber matches the elbow design of casing, so that smooth flow with  minimum losses take place, The K factor for calculating losses across the elbow does not exceed 0.1 to 0.3 Available in horizontal single elbow, vertical cantilever  & special design as required. Pumps can be furnished with either clockwise or counter clockwise direction of rotation looking from motor end. Direction of flow reversible, The discharge flange can be suction for liquid in which case the impeller is reversed end for end, resulting in suction pressure of rotation looking from motor end.