Pump Types
Auto Prime
Air-operated
Concrete Washdown
Dredge Pumps - Dewatering
Dredge Pumps - Sludge & Slurry
Dredges
Flexi, Trash & Diaphragm
High Head Pumps
Handy-sized Pumps
Lamella Settling Tanks
Peristaltic
pH Correction
Piston Pumps
PTO (auto prime)
Centrifugal
Primary Sludge
Progressive Cavity
Shore-mounted
Stirrers
Submersibles
Proportional Dosing
Settling Tanks & Bag
Submersibles - Drainage
Submersibles - Slurry & Sludge
Stirrers - WWTP
Trash, Flexi & Diaphragm
Water Quality Monitoring
Wellpointing
Chemicals
Food Processing
Fuels & Oils
Hot Oil
Hot Water
Hygienic
Marine
Solids Handling Pumps
Vacuum & Blowing
Viscous Fluids Pumps
Wastewater
Comprehensive water treatment and monitoring solutions
Small, lightweight seal-less plastic pumps for the safe handling of corrosive chemicals.
General-purpose, seal-less, chemical-resistant pumps for medium-duty chemical applications.
Leak-free, compact, variable frequency chemical pumps for applications where process control is crucial.
Sealless, plastic-lined pumps ideal for outdoor applications in utilities, chemical and wastewater treatment processing.
Reinforced, high-capacity pumps used for handling large volumes in chemical unloading and transfer applications.
Heavy-duty process pumps with metallic armor and PFA-lining for handling high-purity aggressive chemicals up to 150 degrees.
Mechanically-sealed thermoplastic pumps suited to larger flowrates and applications with solids.
A compact horizontal end-suction pump suited to small-scale applications with minimal flow of corrosive or aggressive chemicals.
Rugged chemical pumps that mount internally or externally. Seal-less , patented run-dry design. Machined from solid plastic with 2-year warranty.
Built for low flow, higher-head applications for highly corrosive chemical transfer over long distances or at higher pressure.
Positive-displacement pumps that transfer medium-high viscosity fluids with minimal lubricating properties and no suspended solids.
Corrosion-resistant, durable submersibles used to transfer clean or slightly contaminated water up to 40 degrees.
Self-priming, multi-stage pumps offering low NPSH for medium-to-high-pressure applications for fluids with high gas content.
Wangen's KL-S, KB-S and KB22S self-priming PC pumps convey high viscous media up to 200,000mPA-s with or without solids. The KB22S is designed specifically for dosing.
Prime Fluid Management supplies genuine parts for our pump brands, holding stock of common wear parts in New Zealand.
Here are some examples of our solutions being used.
At Prime Fluid Management, we understand that every fluid management challenge brings unique considerations. Here, you’ll find clear, practical answers and expert guidance to help you maximise uptime, achieve regulatory compliance, extend equipment life, and implement the most effective solution for your site.
It depends on the fluid, temperature, viscosity, and how the tank and pipework are laid out. A flooded suction setup is usually the most stable option for consistent performance, especially with higher viscosity oils, because the pump is always supplied with product.
If the pump needs to draw from a lower level or from a longer suction line, suction lift and self priming capability become important. However, the setup needs to be sized correctly to avoid issues like poor priming, air ingress, or cavitation. If you share your suction conditions and duty point, we can recommend a pump type and configuration that suits the installation.
For fuel and oil applications, reliability often comes down to protecting the pump from pressure spikes and contamination, and selecting the right sealing arrangement. Depending on the pump type and duty, options can include an internal relief or bypass valve to protect against dead heading, and an inline suction strainer to reduce the risk of damage from debris.
Seal selection also matters for demanding services, with configurations such as double mechanical seals used on certain duties where additional containment or reliability is required. We can guide you on what features make sense based on the product, operating conditions, and site requirements.
To specify the right fuel transfer pump for a New Zealand site, we typically need the fuel type, required flow rate, temperature, and viscosity, along with suction conditions such as flooded suction or suction lift.
Once we have those details, we can confirm the most suitable pump type and configuration for your application – including options for heavier fuels where viscosity is higher.