Showing 25–36 of 105 results

Gasoline Self -Pout Motobomb Series 12m

CHARACTERISTICS – Body: ASTM A-4 Iron, Class 30. It has an integrated volute. – Retention valve: Manufactured in rubber with

Autoebante with gasoline series Al13M Series

CHARACTERISTICS – Body: Injected aluminum. It can turn 90 °. – Retention valve: manufactured in reinforced rubber. – Seal: With

Autoebante Gasoline Motor

CHARACTERISTICS – Body: injected aluminum – Retention valve: manufactured in reinforced rubber. – Seal: With mechanical design, water lubricated. –

Gasoline Self -Pout Motobomb Series 8m

CHARACTERISTICS – Body: Gray Iron ASTM A-48, Class 30. It has an integrated volute. – Retention valve: Manufactured in rubber

Autoebante Motobomb Diesel 200md Series

CHARACTERISTICS – Body: Gray Iron ASTM A-48, Class 30. It has an integrated volute. – Retention valve: Manufactured in rubber

Autoebante diesel motorbone 125md series

CHARACTERISTICS – Body: Gray Iron ASTM A-48, Class 30. It has an integrated volute. – Retention valve: Manufactured in rubber

Autoebante Motobomb Diesel 90md Series

CHARACTERISTICS – Body: Gray Iron ASTM A-48, Class 30. It has an integrated volute. – Retention valve: Manufactured in rubber

Autoebante Motobomb Diesel 50md-25 Series

CHARACTERISTICS – Body: Gray Iron ASTM A-48, Class 30. It has an integrated volute. – Retention valve: Manufactured in rubber

Autoebante Motobomb Diesel Series 40md

CHARACTERISTICS – Body: Gray Iron ASTM A-48, Class 30. It has an integrated volute. – Retention valve: Manufactured in rubber

Autoebante Motobomb Diesel Series 27md

CHARACTERISTICS – Body: Gray Iron ASTM A-4, Class 30, Replaceable. – Retention valve: Manufactured in rubber with two canvas layers,

Autoebante Motobomb Diesel Series 12m

CHARACTERISTICS – Body: ASTM A-4 Iron, Class 30. It has an integrated volute. – Retention valve: Manufactured in rubber with

Autoebating pumps Turfboss Series

Franklin Electric Turf Boss is designed for residential or light commercial use where it is necessary to maximize the volume of distributed water and at the same time maintain the elevation from a water resource 20 feet below the pump.