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Aktualności Firmowe O What is a hydraulic emulsifier, and how does its working principle differ from standard mechanical emulsifiers?

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What is a hydraulic emulsifier, and how does its working principle differ from standard mechanical emulsifiers?

2025-11-18

What is a hydraulic emulsifier, and how does its working principle differ from standard mechanical emulsifiers?

A hydraulic emulsifier is a type of emulsification equipment that uses hydraulic power to drive its shear or homogenization components, rather than relying solely on electric motor-driven mechanical systems. Its core working principle involves two key steps: First, a hydraulic pump converts mechanical energy into hydraulic pressure, which is transmitted through hydraulic oil to drive the emulsifier’s rotor (or homogenizing head) at controlled speeds. Second, the high-pressure hydraulic system enables precise adjustment of rotor speed and shear force—even when handling high-viscosity materials (e.g., thick creams, pastes) that might overload standard electric motors.
This differs from standard mechanical emulsifiers, which use electric motors directly connected to the shear head. While mechanical emulsifiers work well for low-to-medium viscosity materials, hydraulic emulsifiers excel in scenarios requiring consistent performance under variable loads (e.g., sudden viscosity spikes during emulsification) because hydraulic systems absorb pressure fluctuations more effectively, reducing wear on moving parts.
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Szczegóły wiadomości
Do domu > Nowości >

Aktualności Firmowe O-What is a hydraulic emulsifier, and how does its working principle differ from standard mechanical emulsifiers?

What is a hydraulic emulsifier, and how does its working principle differ from standard mechanical emulsifiers?

2025-11-18

What is a hydraulic emulsifier, and how does its working principle differ from standard mechanical emulsifiers?

A hydraulic emulsifier is a type of emulsification equipment that uses hydraulic power to drive its shear or homogenization components, rather than relying solely on electric motor-driven mechanical systems. Its core working principle involves two key steps: First, a hydraulic pump converts mechanical energy into hydraulic pressure, which is transmitted through hydraulic oil to drive the emulsifier’s rotor (or homogenizing head) at controlled speeds. Second, the high-pressure hydraulic system enables precise adjustment of rotor speed and shear force—even when handling high-viscosity materials (e.g., thick creams, pastes) that might overload standard electric motors.
This differs from standard mechanical emulsifiers, which use electric motors directly connected to the shear head. While mechanical emulsifiers work well for low-to-medium viscosity materials, hydraulic emulsifiers excel in scenarios requiring consistent performance under variable loads (e.g., sudden viscosity spikes during emulsification) because hydraulic systems absorb pressure fluctuations more effectively, reducing wear on moving parts.