General Information The universal Drum pump with mechanical seal F/FP 430 can be used for various media and is suitable for conveying out of drums, IBCs or tanks. Due to the construction with mechanical seal, the pump can be easily and quickly taken apart into its two main components. This allows good cleanability. Distinct feature, […]
FLUX drum and container pumps are always a “double act” comprising motor and pump. Both components can vary quite flexible. For example different pumps are able to be driven with the same motor. Ideal for reliable pumping of various low-viscosity liquids – incl. especially aggressive and highly flammable ones. As a result of their low […]
Flux Drum Pump F 426 Descriptions FLUX drum and container pumps are always a “double act” comprising motor and pump. Both components can vary quite flexible. For example different pumps are able to be driven with the same motor. Ideal for reliable pumping of various low-viscosity liquids – incl. especially aggressive and highly flammable ones. […]
Bamo Metallic DKM/A Viscosity Compensated Flow Controller indicates the flow in piping of a fluid free of suspended particles and with a viscosity between 30 and 600 cSt. Bamo Metallic DKM/A Features: Operates in all positions Indicator, plus 1 adjustable contact Versions: Stainless steel and brass Pressure up to 300 bar Viscosity: 30 … 600 […]
FLUX drum and container pumps are always a “double act” comprising motor and pump. Both components can vary quite flexible. For example different pumps are able to be driven with the same motor. Ideal for reliable pumping of various low-viscosity liquids – incl. especially aggressive and highly flammable ones. As a result of their low […]
Bamo Metallic DKM Viscosity Compensated Flow Controller the flow of a liquid, free of suspended particles, having a viscosity between 30 and 600 cSt. Bamo Metallic DKM Features: Operates in all positions Blind controller, 1 contact Versions: Stainless steel and brass Pressure up to 350 bar Viscosity: 30 … 600 cSt Flow ranges from 0.5 […]