When it comes to cooling the world's best diesel engines, there's one name that customers rely on. With extensive experience in this highly specialised field, LFH creates innovative, detailed designs and prototypes to satisfy each engine manufacturer's specification and expectations. LFH engineering specialise in flow performance and provide a range of pumping solutions.
The team at LFH design, manufacture, test, and supply a range of pumping products and services. With a history of delivering to the Energy, Oil and Gas, Nuclear, Defence and Marine industries. LFH can assist with Wellbore testing and have a range of transfer pump solutions. Our pumping systems are designed to be flexible within a safe package.
The team at LFH design, manufacture, test, and supply a range of pumping products and services. With a history of delivering to the Energy, Oil and Gas, Nuclear, Defence and Marine industries. LFH can assist with Wellbore testing and have a range of transfer pump solutions. Our pumping systems are designed to be flexible within a safe package.
Services
When it comes to cooling the world's best diesel engines, there's one name that customers rely on. LFH specialises in the design and manufacture of Diesel Engine Coolant Pumps, we also offer full in-house pump production, repair and refurbishment services on all LFH, Pegson and Terex Powertrain Pumps.
LFH Engineering Limited provides a Customer Focused Global service for the Design, Manufacture, Test and Supply of pumps and their associated components. It is our goal at LFH Engineering Limited to provide High End Quality products and services that exceed customer expectations. This level of Quality, Customer Service and Consistency is achieved through the strict adherence of our Quality Management System.
When it comes to cooling the world's best diesel engines, there's one name that customers rely on. Our Diesel Engine Coolant Pump Series currently covers flow rates from 13m3/hr- 360m3/hr and can be found on many of the most prestigious OEM Engines around the world.
Furthermore many of our Sea Water Pumps are self-priming and capable of handling large amounts of air, gases or vapours for a limited time while building up sufficient negative suction pressure when the water line supply falls below the height of the pump.
Furthermore many of our Sea Water Pumps are self-priming and capable of handling large amounts of air, gases or vapours for a limited time while building up sufficient negative suction pressure when the water line supply falls below the height of the pump.
With extensive experience in this highly specialised field, LFH creates innovative, detailed designs and prototypes to satisfy each engine manufacturer's specification and expectations. Harmonised hydraulic and drive configuration reduces shaft stresses for optimum operating conditions.
Our pumps are typically designed to provide up to 25% longer bearing life beyond the maintenance period guaranteeing trouble free running within the recommended service intervals.Our pumps are designed to maximise efficiency at the engines optimum operating condition, reducing power consumption and cavitation damage.
Our pumps are typically designed to provide up to 25% longer bearing life beyond the maintenance period guaranteeing trouble free running within the recommended service intervals.Our pumps are designed to maximise efficiency at the engines optimum operating condition, reducing power consumption and cavitation damage.
LFH's manufacturing facilities create a wide range of components using state-of-the-art CNC machinery and tooling following strict engineering tolerances, this ensures our pump parts and spare components fit perfectly and efficiently. All pumps are assembled by our Specialised Assembly Team following written and pictorial step-by-step build instructions, guaranteeing consistency and accuracy across our pump builds.
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Susan Porter
Nov 27, 2020
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