Pumps for Heating
Heating pumps are specialised devices designed for pumping heat transfer fluid in heating systems, heat pumps, solar collectors and other technical installations where liquid or gas needs to be heated. They ensure efficient circulation of the heat transfer medium, maintaining the required temperature and ensuring even heat distribution throughout the system. Industrial heating pumps come in a variety of designs and features, including high performance, reliability and the ability to operate over a wide range of temperatures and pressures. Selecting the right pump for your application is essential to ensure efficient heating system operation and reduce energy costs.
TOP-6 Pumps for heating + other products
Side Channel Blowers
Blowers are an excellent choice for many automated projects where the application requires large volumes of clean, dry air at low pressure and vacuum. We strive to provide a solution that allows for easy installation, yet provides low operating noise and energy savings in a small, lightweight design.
ParaWeld - welded pairs of plates
The APV® ParaWeld heat exchanger consists of plates welded in pairs using a patented laser welding process. Every other channel is welded, while the remaining channels are gasketed. The welded channels make it possible to handle aggressive and complex media in plate heat exchangers.
DuraFlow plate type
DuraFlow plates provide low hydraulic resistance, the channels have an average number of plate contact points, and the channel diameter is 9.3 mm. It has an advantage in case of high temperature head, low permissible hydraulic resistance, and in the use of viscous media.
Tubular heat exchanger - ParaTube
In some cases, tubular heat exchangers are used for pasteurization and sterilization of dairy products. Unlike plate heat exchangers, these heat exchangers have no contact points in the product channel and can therefore be used to handle products whose particles are limited to a certain size. The maximum particle size depends on the pipe diameter. When operating in sterilization mode, a tube heat exchanger is less likely to need to be stopped for cleaning than a plate heat exchanger. In terms of heat transfer, a tube heat exchanger is less efficient than a plate heat exchanger.
General industrial gear pumps
General purpose pumps are widely used in all areas of industrial production around the world due to their gentle handling of the fluid during pumping, as well as their simple and robust design and minimal maintenance. Thanks to the standard connection dimensions, the pumps can be combined with any motor and other drive elements that comply with NEMA or IEC standards.
Plate heat exchangers - sanitary version
Sanitary applications place unique demands on solids handling, product integrity, thorough cleaning, high efficiency and minimal downtime. With more than 60 different plate sizes to choose from, as well as technologies such as Energy-saver, Energy-saver+, Duraflow and Easyflow, APV ensures that your process requirements are met with the best possible solution. Solutions that minimise energy consumption by increasing heat transfer efficiency. Solutions that reduce plate fouling and provide easy equipment maintenance - all to minimise downtime and keep your process running smoothly.
Heating pumps
Efficiency and reliability
Heating pumps are key components in heating systems, ensuring the circulation of the coolant and efficient heat exchange. They play an important role in maintaining a comfortable temperature in the room or providing heat in industrial processes. Industrial heat pumps are designed to operate in a variety of conditions and can withstand high temperatures and pressures, making them a reliable choice for a wide range of applications.
Variety of models and types
There are many models of heat pumps on the market, including circulation pumps, peristaltic pumps, screw pumps, and others. Each type of pump has its own characteristics and advantages, which allows you to choose the optimal solution for a specific task.
Choosing the right pump
When choosing a heat pump, you need to consider parameters such as performance, maximum operating pressure, material of the housing and working elements, energy efficiency, and maintenance costs. Professional consultants can help determine the best option depending on specific requirements and operating conditions.
Benefits of using industrial heat pumps
Industrial heat pumps are characterized by high performance, durability, and reliability. They are able to work in extreme conditions and ensure stable operation of the system for a long time without failures and interruptions.
Energy efficiency and resource saving
Modern heat pumps have high energy efficiency and can significantly reduce the energy consumption of the heating system. This allows you to save on electricity costs and reduce the load on the energy infrastructure.
Quality guarantee and service support
When choosing a heat pump, it is important to pay attention to the manufacturer's reputation and the warranty obligations provided. High-quality pumps are usually accompanied by a long warranty period and the availability of service support, which ensures the reliability and safety of equipment operation.
Conclusion
Heating pumps are an important link in heating systems and industrial processes, ensuring effective circulation of the coolant and uniform heat distribution. Choosing the right pump plays a decisive role in ensuring the efficient operation of the system and saving resources. Professional consultants and high-quality technical support will help you make the right choice and ensure reliable operation of the equipment for many years.
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WE WILL HELP YOU TO FIND THE RIGHT EQUIPMENT.
