Indicates how much liquid the pump can transfer per minute under ideal conditions.
(In practice, hose length and lifting height may reduce performance.)
<p>The number of revolutions per minute (RPM) of the motor. Influences pump performance, flow rate, and pressure conditions.</p>
<p>The power output the motor can deliver during continuous operation. Determines the load it can withstand without overheating.</p>
The nominal size of the suction and discharge connections. Determines the compatible hose and pipe diameters.
<p>The maximum height difference the pump can overcome. Indicates pressure capability and piping system requirements.</p>
Pumps suitable for hot liquids up to 95 °C (203 °F)
These universal electric pumps are specifically designed for transferring clean, general-purpose liquids. The pumped media must not contain suspended impurities and are recommended for chemically non-aggressive liquids.
Thanks to their robust design and heat-resistant components, these pumps can reliably handle liquids at temperatures up to 95 °C, making them a practical choice for demanding applications. They are well suited for use in wineries, food processing environments, and various industrial processes where consistent performance and durability are essential.
In winery settings, pumps for hot liquids can support tasks such as transferring must, wine, or cleaning solutions where elevated temperatures are required for hygiene or process reasons. Their construction is typically focused on ensuring stable flow, easy cleaning, and compatibility with commonly used food-grade hoses and fittings, depending on the specific pump model.
In the food industry, hot liquid pumps are often used for circulating cleaning and rinsing fluids, transferring process water, or handling other compatible media that must be moved at higher temperatures. The emphasis is on reliability, controlled flow, and materials that withstand thermal stress over longer operating periods.
Industrial users can integrate these pumps into heating circuits, washing systems, or other process lines where hot water or similar non-aggressive liquids need to be pumped. The combination of heat-resistant parts and solid construction supports continuous or frequent operation within the specified temperature range.
When selecting a pump for hot liquids, it is important to verify the temperature limits, flow rate, and pressure specifications of each model, as well as the compatibility of the pump materials with the intended liquid. Always ensure that the medium is clean, free from suspended particles, and not chemically aggressive, as this helps protect the internal components and maintain long service life.
Within this category you will find different versions and sizes, allowing you to choose a pump that matches your system layout and performance needs. Consider factors such as installation position, power supply, connection type, and required capacity so that the pump can be integrated smoothly into your existing setup.
These pumps are designed for practical, everyday use where dependable operation and straightforward handling are priorities. With proper installation and regular maintenance according to the manufacturer’s instructions, they can provide stable performance in a wide range of professional applications involving hot, clean liquids up to 95 °C (203 °F).
Indicates how much liquid the pump can transfer per minute under ideal conditions.
(In practice, hose length and lifting height may reduce performance.)
<p>The number of revolutions per minute (RPM) of the motor. Influences pump performance, flow rate, and pressure conditions.</p>
<p>The power output the motor can deliver during continuous operation. Determines the load it can withstand without overheating.</p>
The nominal size of the suction and discharge connections. Determines the compatible hose and pipe diameters.
<p>The maximum height difference the pump can overcome. Indicates pressure capability and piping system requirements.</p>