Broquet Pumps Delivers Gentle, Efficient Massecuite Handling at ISSCT Congress
At the ISSCT Congress 2025, Broquet Pumps highlighted its long-established expertise in pumping systems designed for viscous and particle-laden fluids—offering sugar industry leaders advanced solutions that enhance efficiency, preserve crystal integrity, and withstand demanding process conditions.
Tailored Pumps for Sugar Processing
- Massecuite & Magma KMC Pumps
Specially engineered for transferring crystallizing massecuite and magma without damaging sugar crystals, the KMC pump features a smart exhaust system, low-contact gearing, and a wiping profile that preserves granule quality. Benefits include high suction power, full reversibility, low pulsation, and a flow rate range from 5 to 200 m³/h with discharge pressures up to 20 bar. - Full Sugar & Derivatives Range
With over 50 years of experience, Broquet offers purpose-built pumps for every stage of the sugar crystallization process—from molasses and run-off (KX Pump) to cold molasses (KB Pump), and customizable configurations tailored for each application. Options include stainless steel (IC version), nickel-impregnated (FCK version) for abrasion resistance, and heated models (BMC/BX/BB) to maintain viscosity stability.
French Craftsmanship, Global Reach
- Made in France
Every pump and self-cleaning filter is designed, manufactured, assembled, tested, painted, and packed at Broquet’s Argenteuil factory—leveraging modern CNC equipment and a vertically integrated production model.
Contact Broquet Pumps
Broquet Pumps – Argenteuil, France
- Address: 15 Rue Jean Poulmarch, 95100 Argenteuil, FRANCE
- Phone: +33 (0)1 39 47 36 11
Why Broquet Pumps Made an Impact at ISSCT
By offering durable, precisely engineered pumps that protect sugar crystal integrity, operate effectively over a wide range of viscosities, and meet the specific challenges of cane and beet sugar processing, Broquet Pumps presented ISSCT attendees with solutions that boost reliability, maintain product quality, and support operational resilience.
