Where there is liquid, there is Bonve Pumps
Sanitary SS 316L Rotary Lobe Pump for High Viscosity Mayonnaise Transfer
Bonve stands as a premier factory-direct manufacturer and a specialized engineering partner for the global mayonnaise and condiments industry. We recognize that in mayonnaise production, the pump is not merely a transport tool, but a critical guardian of the emulsion's integrity. Our Mayonnaise Transfer Solutions are engineered to pr1
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Sanitary Stainless Steel Rotary Lobe Pump for High Viscosity Peanut Butter
Bonve is a leading manufacturer specializing in high-viscosity fluid transfer technology, dedicated to providing efficient, hygienic, and reliable sanitary rotary lobe pumps for global food processing enterprises. As a leading factory manufacturer, our sanitary rotary lobe pumps are engineered for the exceptionally smooth transfer of 1
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Sanitary Stainless Steel Rotary Lobe Pump for High Viscosity Peanut Butter
BONVE sanitary rotary lobe pumps are designed for the controlled transfer of hot sauce, chili sauce, tomato sauce, ketchup, tomato paste and other viscous food products. Positive displacement pumping, low-shear operation and variable-speed control help maintain stable flow while reducing unnecessary aeration and product disturbance during transfer 1
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Sanitary Rotary Lobe Pump for Hot Sauce and High Viscosity Food Transfer
BONVE sanitary rotary lobe pumps are designed for the controlled transfer of hot sauce, chili sauce, tomato sauce, ketchup, tomato paste and other viscous food products. Positive displacement pumping, low-shear operation and variable-speed control help maintain stable flow while reducing unnecessary aeration and product disturbance during transfer 1
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Rotary Lobe Pump for Hair Gel Manufacturing and Filling Lines
BONVE sanitary rotary lobe pumps provide controlled and consistent transfer for hair gel, styling gel and other viscous personal-care formulations. Designed for applications from mixing tanks, IBCs and storage vessels to filling lines, the positive displacement pumping principle supports stable flow while suitable low-speed operation helps reduce u1
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