About Flotte
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30 +Experience in production, manufacturing and service
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260 +Company employees
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2000 +Annual production volume
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70000 ㎡The company's land area
Petrochemical industry
Plate heat exchangers are widely used in the petrochemical industry for scenarios such as crude oil heating, oil product cooling, and heat exchange in chemical reaction vessels. They can adapt to high-temperature and high-pressure working conditions, efficiently transfer the heat of process media, help optimize production processes and reduce energy consumption. At the same time, with their compact structure, they reduce equipment footprint and meet the complex working conditions of refineries and chemical plants, ensuring continuous and stable production.
Food and pharmaceuticals
In the field of food and pharmaceuticals, plate heat exchangers meet hygiene requirements and are used for food sterilization and cooling, constant temperature heat exchange of medicinal liquids, temperature control of raw material pretreatment, etc. The materials comply with food and drug safety standards. They are highly efficient in heat exchange and easy to disassemble, clean and disinfect, avoiding medium contamination and helping enterprises meet GMP certification requirements, ensuring the quality and safety of food and drug production.
Centralized heating
In centralized heating systems, plate heat exchangers are the core heat exchange equipment, used for heat transfer between municipal heat sources and user ends, precisely regulating the supply water temperature to meet the heating demands of different regions, enhancing heat utilization, reducing pipeline losses, facilitating the efficient and stable operation of urban centralized heating systems, and ensuring the comfort of residents during winter heating.
Hvac
In the field of HVAC, plate heat exchangers are used for heat exchange between cold and hot water, fresh air, etc. in air conditioning systems, efficiently achieving heat exchange between indoor and outdoor environments, helping to regulate indoor temperature and humidity, while optimizing the energy consumption of air conditioning systems. They are suitable for commercial buildings, office buildings and other scenarios, improving the operational efficiency of air conditioning and the indoor comfort experience.
Waste heat utilization
In waste heat utilization projects, plate heat exchangers can recover waste heat resources from industrial production, flue gas emissions, etc., converting waste heat into usable thermal energy for production or heating, improving energy utilization efficiency, reducing energy consumption costs for enterprises, promoting green and low-carbon production, and aligning with the policy orientation of energy conservation and environmental protection.
Data center
In the data center, plate heat exchangers are used for heat exchange in the server cooling system, quickly removing the heat generated by equipment operation, precisely controlling the temperature in the computer room, ensuring the stable operation of servers, and at the same time optimizing the energy consumption of the cooling system to meet the high-density heat dissipation requirements of the data center, helping the computer room operate efficiently and energy-saving.
Photovoltaic new energy
In the field of photovoltaic new energy, plate heat exchangers are used in photovoltaic and solar thermal integrated projects to recover the waste heat from the operation of photovoltaic panels and convert it into hot water or thermal energy for power supply, enhancing the comprehensive energy efficiency of photovoltaic systems. They are suitable for distributed photovoltaic power stations and building-integrated photovoltaic scenarios, facilitating the upgrading of comprehensive utilization of new energy.
Large pressure isolation stations
In large-scale heating pressure isolation stations, plate heat exchangers undertake the functions of heat transfer and pressure isolation, adapting to different pressure levels of the heating network, ensuring stable heat delivery, avoiding pressure interference from the network, and helping the pressure isolation station efficiently meet the demands of urban centralized heating, guaranteeing the safety and reliability of the heating system.















