Our pumps are manufactured from cast and forged stainless steel 316 L combined with materials such as titanium and Hastelloy. Using only these high-quality metals guarantees the best possible hygiene for operation in sensitive industries such as food and biotechnology. In addition, thanks to its extraordinary solidity, our steel is ideal for all rotating and stationary parts.
Fristam’s solid design with a minimum wall thickness of 6 mm makes each pump dimensionally stable, absolutely reliable, exceptionally quiet and insusceptible to sudden changes in pressure – even at very high discharge pressures. Today, Fristam pumps, mixers, and blenders can be found in many of the world’s top beverage, brewing, bio-pharmaceutical and food processing companies. With an international network of manufacturing sites, sales offices and distributors, Fristam products are in service and respected as a benchmark of quality worldwide.
Tried and tested a thousand times in the most varied applications throughout the hygienic process industry. All 14 models of the FP series can be used universally, ensuring gentle product handling. They are robust, low-maintenance, durable and economical.
Fristam FP pumps are designed with open impellers as well as with narrow gaps between the impellers and the cover. Combined with the flow-optimised pumping channel, these ensure minimal secondary flow, very gentle product handling even at high volumetric flows, and energy-saving operation. The FPs’ design makes them ideal for hygienic applications. The pumped medium may be homogenous or contain air, gases or suspended solids.
The FL is universally suitable for many standard applications. It is hygienic, gentle, low-maintenance, durable and economical. The Fristam FL3 features unique helical three-winged rotors and is specifically designed for revolution speeds of up to 1,000 min–1 as well as for CIP return processes. This saves you an additional pump in a bypass line.
All of the FL series’ pumps have a state-of-the-art system of low-slip lobes rotating free of contact in opposite directions, thus ensuring high efficiency even with low viscosities or at high temperatures. The FL’s symmetric design allows for a reversal of the rotating direction, enabling the pump to transport materials in both directions.
The Fristam FDS combines all the advantages of double-screw technology with our company’s traditionally high quality standards. This positive displacement pump is ideal for the most viscous products whilst also being capable of reaching higher speeds of up to 3,600 min. Consequently, it can transport significant amounts of any low-viscosity medium, for example water or detergent solution. This renders the use of an additional pump for cleaning processes obsolete. The Fristam FDS can handle extreme viscosities and easily copes with high differential pressures without overheating
All of the FL series’ pumps have a state-of-the-art system of low-slip lobes rotating free of contact in opposite directions, thus ensuring high efficiency even with low viscosities or at high temperatures. The FL’s symmetric design allows for a reversal of the rotating direction, enabling the pump to transport materials in both directions.
The solution to almost any problem when mixing powders and liquids. Fristam Powder Mixers are specifically designed for dissolving, emulsifying and homogenising dry and wet ingredients into fluids. They achieve perfect, homogeneous and smooth textures, extremely efficient and economical. They are also fully capable of CIP and SIP.
Supported by a base frame, a self-priming centrifugal Fristam FZ pump (series PM) or a Fristam FL3 positive displacement pump (series PMV) is connected to a Fristam shear pump. From a funnel the powder is drawn directly into the fluid product stream and then homogenised. An ergonomically designed table facilitates manual powder feeding. If equipped with specific control systems, the powder mixers can be integrated into fully automated systems. We also supply adapters for fully or semi-automatic feeding via big bags, crew converters and other conveyer systems.