Hot water
Type W
Qmax=1730m3/h – Hmax=150m APPLICATION The W pumps are designed to handle hot, clean and industrial water, of temperature up to 150°C. They can be applied in water supply systems, industrial cooling systems, and for the ability to… more →
Type WN
Qmax=250m3/h – Hmax=280m APPLICATION The WN type pumps are designed to handle hot, clean and industrial water, of temperature up to 150°C. They can be applied in water supply systems, industrial cooling systems, and for the ability… more →
Type YS
Qmax=230m3/h – Hmax=800m APPLICATION YS pumps are designed to handle industrial and boiler water with temperature up to 150°C in all types of industrial installations requiring good suction properties. Typical application include: boiler feeding pumping of condensate… more →
Type Z
Qmax=800m3/h – Hmax=2500m APPLICATION Z-type pumps are designed to operate as boiler feeding pumps in power plants. They can also be applied in any other industrial application where clean, hot water of pressure up to 230 bar… more →
Type A
Qmax=1250m3/h – Hmax=50m APPLICATION The A pumps are universal, general purpose pumps designed to handle different fluids such as clean, cold water, hot water, contaminated water and chemicals. They are applicable in many industries including, for example,… more →
Type A-P
Qmax=1250m3/h – Hmax=50m APPLICATION The A-P pumps are designed to handle chemical products of high temperature and pressure. Due to the robust design, apart from the basic application in chemical plants, the A-P pumps can be applied… more →
Type B
Qmax=5000m3/h – Hmax=90m APPLICATION The B pumps are designed to handle hot, clean and slightly contaminated water. They can be applied in water supply systems, industrial cooling systems, and, for the ability to pump hot water, in… more →
Type A-P7
Centrifugal, single-stage, horizontal process pumps, designed for difficult operational conditions in compliance with API 610 and PN-ISO 9905 standards and European Directive 94/9WE within the scope of ExII2Gc(T1÷T2) marking. Pumps of modular, design containing three main… more →