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Food Processing Pumps

Reliable pump solutions for all stages of food production.

Hygiene, efficiency, performance

Prime Fluid Management offers an extensive range of food processing pumps, designed to meet the unique needs of the food and beverage industry. From handling delicate liquids to high-temperature applications, we provide solutions that ensure hygiene, efficiency, and performance. With top brands like SIHI, Pompe Travaini, and Wangen, we offer internal gear, progressive cavity, hygienic, hot oil, and hot water end suction, and side channel pumps tailored for food processing applications.
Maintenance Efficiency

Pioneering user-friendly design

German pump manufacturer Wangen Pumps is renowned for its ultra-efficient pumping solutions. They supply a range of medium-specific pumps that are gentle on the product and reliable.
Their promise? The optimum pumping solution for every medium.

  • Low pulsation pumping, no matter the media
  • Ease of cleaning and maintenance (CIP and SIP)
  • Exacting hygiene standards (EHEDG certification)
  • Reliable access to spare parts & service
Pioneering user-friendly design
Wangen MX Hygienic PC Pumps

Conveying highly viscous media

Wangen MX Series pumps provides uniform metering, low-pulsation transfer of aqueous to highly viscous media. Their cassette design ensures minimal dead space and simplifies maintenance and repair, making them the perfect food processing pumps.

  • precise, low pulsation flow
  • available in stationery or mobile units with short assembly length
  • MX-F is otimsied for emptying drums and vessels containing highly viscous mediums
Conveying highly viscous media

Overview of our Food Processing Pumps

Wangen Self-Priming PC Pumps

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.  

  • Max Flow: 560 m3/hr
  • Max Pressure: 48 bar
  • Materials: S/steel, cast iron
SIHI Hot Oil End Suction

Horizontal single-stage pumps for mineral or synthetic heat transfer oils up to 350°C. Suitable for positive and negative suction pressure installations, they feature a back pull-out design for maintenance without disturbing pipework. 

  • Max temp: 350°C
  • Max flow: 1000 m³/h
  • Max head: 95 m
Varisco Internal Gear Pumps

Varisco V-Series volumetric internal gear positive displacement rotary pumps manage clean fluids with high viscosity where chemical-physical alteration must be avoided.

  • Max capacity: 240m3/h
  • Max pressure: 16 bar
  • Ports: 40-200mm
  • Std Set ups: bare shaft, base+joint, vertical
Travaini TCD Hot Oil End Suction Pumps

TCD-Series single-stage centrifugal pumps will handle thermal fluids up to 365 degrees without additional cooling systems. TCD/SP Series pumps are specifically designed for vegetable oils.

  • Max flow: 450 m3/hr
  • Max head: 150m
  • Max temp: 365 degrees
  • Material Options: Ductile Iron & AISI 316 S/Steel
SIHI ZDND Hot Water End Suction

Horizontal single stage pumps for hot water up to 207°C, with double heat barrier used primarily for hot water circulation in closed pipe and vessel systems.

  • Max flow: 600m3/hr
  • Max head: 90m
  • Max temp: 207°C
  • Casing Pressure: PN25
SIHI ZHND Hot Water End Suction

Volute pumps for hot water up to 180°C, with standard uncooled mechanical seal, and internal separation.

  • Max flow: 600m3/hr
  • Max head: 95m
  • Max temp: 180°C
  • Casing Pressure: PN16
SIHI ZEND Hot Water End Suction

Volute pumps for hot water up to 230°C with standard uncooled mechanical seal, internal separation.

  • Max flow: 600m3/hr
  • Max head: 90m
  • Max temp: 230°C
  • Casing Pressure: PN40
Wangen Hyline PC Pumps

The Hyline Series by Wangen features flexible and maintenance-free joints, and sedimentation-free design. Convey or dose food and beverages, cosmetics and pharmaceuticals.

  • Max flow: 7m3/hr
  • Max pressure: 20 bar
  • Max solids: 26mm
Wangen Hygienic PC Pumps

Wangen’s KB-SL, KL-SL and KL-RF hygienic progressive cavity pumps are tailored to convey low to very high viscosity media.

  • Max flow: 150m3/hr
  • Max temp.: 140°C
  • Max pressure: 48 bar
  • Max viscosity: 200,000 mPa-s
High Pressure Hygenic PC

Available as a mobile or stationery unit, the MX-series hygienic progressive cavity pump offers differential pressure up to 80 bar.

  • Max flow: 100m3/hr
  • Max pressure: 80 bar
  • CIP/SIP cleaning possible
Wangen Twin Screw

Wangen Twin Screw pumps ensure smooth, gentle pumping of viscous, abrasive or shear-sensitive fluids, with CIP/SIP cleaning and minimal downtime.

  • Max flow: 200 m3/hr
  • Max pressure: 30 bar
  • Max solids: 40mm
Wangen Vario Twin Screw

A patented feeder unit for the Wangen Twin Screw pump. Conveys highly viscous, non-flowable media with variable hopper length.

  • Max flow: 10 m3/hr
  • Max temp: 90°C
  • Max viscosity: 3,000,000 mPa-s
Varisco Chocolate Pumps

The Varisco V CHOCO series internal positive displacement pumps are tailored specifically to chocolate manufacture.

  • Pumps non-acidic food liquids, >pH4.5
  • No fluid crushing
  • No sugar crystallization
  • Guaranteed temperature stability
Travaini TCH Hot Water End Suction Pumps

Single stage centrifugal pumps with closed impeller. Pompe Travaini TCH Series pumps have high hydraulic efficiency and low NPSH requirements.

  • Max flow: 500 m3/hr
  • Max pressure: 16bar
  • Max Temp: 280°C
Industrial Pumps Servicing & Parts 

Prime Fluid Management supplies genuine parts for our pump brands, holding stock of common wear parts in New Zealand.

  • Genuine parts
  • Stock held in NZ
  • Maintenance advice
  • Servicing on request

Questions? Specs? Talk to one of our Industrial Specialists today.

See other Industrial Pumps

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GALLERY

In the field

Here are some examples of our solutions being used.

They brought their mechanics, they didn't just dump it and leave….couldn't have done it without them to be honest

Mark CadwalladerCatchment Worker

This sort of unique system you set up is what sets you apart from others in the Market

Jacob Warmsley Project Manager

I had an amazing experience with Prime Pump at the Transmission Gully ... will recommend you guys anytime and anywhere.

Peter FisherDirector

You guys had our backs from the get-go and stood beside us and persevered.

DaveOps Director

We called for a different type of solution…... We were pretty happy with what's been delivered

Rob KerrProject Director

Prime supplied us with the best solution for hire and the instant availability was what we needed… We certainly will be using them in the future

Priscilla EllmersWastewater Supervisor

Make an enquiry

Let’s sort your fluid management needs 
Speak to an expert

Tony Hylands

Tony Hylands
Industrial Pumping Solutions

Kobus van der Merwe

Kobus van der Merwe
Industrial Sales Engineer

Charlie Petrie

Charlie Petrie
Sales Manager

Questions

FAQ

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.

Do you supply oil transfer pumps that can meet API 676 requirements?
Some positive displacement internal gear pump ranges are manufactured to API 676, with specific exceptions depending on the model. If API 676 compliance is part of your specification, we can confirm suitability during selection and provide the relevant documentation.
What’s the best oil transfer pump in NZ for diesel, fuel oil, or lubricating oil?
The best option depends on viscosity, temperature, and whether you need steady metered flow or high throughput transfer. For many industrial oils and fuels, internal gear and external gear pumps are common choices because they provide consistent flow and handle higher viscosity fluids well.
Can these pumps be specified for hazardous areas?
Yes, hazardous area options may be available depending on the selected pump and motor package. For example, some equipment ranges offer certified IECEx hazardous area rated configurations, which can be specified when the site classification requires it – including suitable options for Zone 1 and Zone 2 hazardous areas.
Do you need flooded suction, or can the pump run on suction lift and self priming?

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.

What features help protect the pump and improve reliability on fuel and oil duties?

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.

What information do you need to specify a fuel transfer pump in NZ?

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.