Industrial Pumps
We supply industrial pumps for demanding applications: refineries, power plants, processing plants and treatment stations. Solutions for purchasing and maintenance departments.
Pumping solutions for heavy industry
Which product types do we supply?
- Industrial Centrifugal PumpsFor continuous processes in the chemical and petrochemical industries · Refineries, Thermal power plants, Chemical industry, Industrial water treatment
- Industrial Submersible PumpsFor industrial drainage, sewage and pumping stations · Mining, Industrial construction, Wastewater treatment plants, Industrial drainage
- Progressive Cavity PumpsFor viscous fluids in the food and petrochemical industries · Food industry, Petrochemicals, Biogas, Industrial sludge
- Industrial Dosing PumpsPrecise dosing for water treatment and chemical processes · Industrial water treatment, Chemical processes, Pharmaceuticals, Paper industry
- Industrial Vacuum PumpsFor packaging, handling and vacuum processes · Industrial packaging, Woodworking industry, Thermoforming, Vacuum processes
- Industrial Pump SetsComplete stations for industrial water supply and pressure boosting · Industrial halls, Logistics parks, Data centres, Production facilities
- Industrial Diaphragm PumpsFor chemicals, sludge and abrasive or shear-sensitive liquids · Transfer of chemicals and acids, Emptying drums and containers, Feeding filter presses, Paints, adhesives and food products
- Rotary Positive Displacement and Peristaltic PumpsFor viscous liquids, sludge, sensitive products and dosing · Food and beverage industry, Wastewater treatment plants and biogas, Polymers, adhesives and resins, Oil and gas, lubricating oil
- High-Pressure Plunger and Piston PumpsTriplex and quintuplex plunger pumps, high-pressure units and piston pumps · Industrial water-jet cleaning, Fluid injection and chemical processes, Descaling with pressurised water in rolling mills, Concrete and sludge pumps
Which brands do we quote in this category?
- Grundfos
- Wilo
- KSB
- Lowara
- Ebara
- Sulzer
- Netzsch
- Brinkmann
- Becker
- DAB
- Xylem
- Flowserve
- ITT Goulds
- Pentair
- SPX Flow
- Vogelsang
- Lewa
- ProMinent
- Verder
- PCM
- Tapflo
- Calpeda
- Pedrollo
- Caprari
- Rovatti
- Salmson
- Jung Pumpen
- Tsurumi
- Flygt
- Seepex
- Mono
- Allweiler
- Bornemann
- Leistritz
- Johnson Pump
- Iwaki
- Lutz
- Flux
- Graco
- Wilden
And more brands on request: send us the code or the nameplate of the item.
Spare parts and accessories
- Industrial mechanical seals
- Impellers and stators
- Casings and covers
- Industrial bearings
- Complete service kits
- Industrial couplings
- Variable frequency drives
What we do for you
- Technical consultancy for industrial projects
- Equipment sizing and selection
- Express delivery of critical parts
- Service and preventive maintenance
- Commissioning and training
Frequently asked questions
What data do I need to choose the right centrifugal pump?
Three values decide the selection: the required flow rate (Q, in m³/h), the pumping head (H, in metres of fluid column) and the NPSH available at the suction. To these you add the temperature and viscosity of the fluid, which influence the casing material (cast iron, stainless steel, duplex) and the type of sealing - a mechanical seal for clean fluids or gland packing for abrasive applications. With this data we build the operating curve and choose the optimum point on the pump curve, not just a machine similar to the previous one.
What does NPSH mean and why does cavitation occur in pumps?
NPSH (Net Positive Suction Head) is the minimum pressure needed at the pump suction so that the liquid does not vaporise before entering the impeller. If the NPSH available in the installation (calculated from the source pressure, the geodetic suction head and the pipe head losses) falls below the required NPSH specified by the manufacturer, cavitation occurs: vapour bubbles that implode on the impeller and erode it within a few months. The practical rule is a margin of at least 0.5 m between the two values, larger for hot or volatile fluids.
What is the difference between a centrifugal pump and a progressive cavity pump?
A centrifugal pump converts rotational energy into pressure through the centrifugal force of an impeller and works well with clean fluids of low to medium viscosity, at high and continuous flow rates - refineries, thermal power plants, industrial water recirculation. A progressive cavity pump moves the fluid between a helical rotor and an elastic stator without agitating it, making it the right choice for viscous fluids, fluids with particles or shear-sensitive fluids: industrial sludge, food pastes, products of the petrochemical industry. If the flow rate must stay constant regardless of back pressure, the progressive cavity pump is the more stable solution.
What should a request for quotation contain so that I get a correct price for a pump?
The fastest way is to send a photo of the nameplate of the existing pump (model, power, speed, flow rate, pumping head) plus the quantity required. For a new application you need: the process flow rate, the total pumping head, the temperature and nature of the fluid (clean, with particles, corrosive), the working pressure of the installation and the connection type (flanged DN/PN or threaded). With this information we check availability and delivery time and send a quotation with the exact model, not just an approximate equivalent.
How long does delivery of an industrial pump take?
The lead time is 24–72 h when the item is available locally or at the supplier, for example for standard series. For specially configured pumps (special materials, high pressures, ATEX motors), made to order, it is usually 1–4 weeks; it can take longer depending on the brand and the specifications. For unplanned production stoppages, send the code or the nameplate of the pump, and in the quotation we will tell you the availability and lead time.
Are vacuum pumps selected differently from centrifugal ones?
Yes, the criteria are different. For a vacuum pump what matters is the suction flow rate (m³/h), the ultimate vacuum level required (mbar absolute) and the type of technology - liquid ring, dry vane or oil-sealed rotary - depending on compatibility with the vapours or particles carried along from the process. They are used in vacuum packaging, thermoforming, suction-cup handling and woodworking processes, where pumping head is irrelevant and what counts is the ability to maintain a constant level of vacuum throughout the working cycle.
Request a quotation
Send the codes, the nameplate photo or your parts list; we reply in English with availability and the lead time written in the quotation.
Request a quoteUpdated: 2026-11-12