CASAPPA GEAR PUMP

CASAPPA MAGNUM Series Cast Iron Body Gear Pumps And Motors HD.30 HD.35 MAGNUM 30: HD.30.17 HD.30·22

MAGNUM seriesGear pumps and motors made of cast iron in three pieces. An extremely versatile and reliable design, also in the most extreme operating conditions.Displacements from 17,28 cm3/rev G 1.05

CASAPPA FORMULA And FORMULA SFP Series Cast Iron Body Gear Pumps And Motors FORMULA 20 FORMULA 30 FORMULA 40 FORMULA SFP 30 FORMULA SFP 35

FORMULA and FORMULA SFP seriesGear pumps made of cast iron in two pieces, ideal for truck application.Displacements from 8,26 cm3/rev G 0.50 in3/rev to 150,79 cm3/rev G 9.20 in3/rev available in

CASAPPA KAPPA COMPACT Series Cast Iron Body Gear Pumps And Motors K.25*19 K.25*21 K.25*23

KAPPA COMPACT seriesGear pumps and motors made of cast iron in two pieces. A rigid and compact structure that makes it possible to incorporate a number of functions in a limited space. The reduced

CASAPPA KAPPA Series Cast Iron Body Gear Pumps And Motors K.20-4 K.20*6,3K.20-8 K. 20*11,2 K.20-14 K.20-16 K. 20*20 K.20-25 K. 20-31,5 K.30-27 K.30-34 K.30-38 K.30-43 K.30-51 K.30*56 K.30*61 K.30*73

KAPPA seriesGear pumps and motors made of cast iron in two pieces. KAPPA is available with mounting flanges and side or rear ports according to SAE and European standard. The rigidity of assembly

CASAPPA WHISPER Series WSP10 WSP20 WSP30 Aluminium Body Gear Pumps

WHISPER series: low noise emission ‑ reduced pulsations by 75%Gear pumps built in three pieces with an extruded body in high resistance aluminium alloy. WHISPER is a new and original technology

CASAPPA PL10 PL20 PL30 Series Aluminium Body Gear Pumps And Motors

POLARIS seriesGear pumps and motors built in three pieces with an extruded body in high resistance aluminium alloy. The wide choice of shafts, flanges and ports, in compliance with all international

CASAPPA GEAR PUMPS APL SERIES APL61 APL82 APL100 APL125

The gear pumps APL SERIES presented in this catalogue are in cast iron construction with balanced thrustplates and have a particularly high flow capacity in relation to phisical size and weight. They