Air-cooled chillers adapt well to a wide range of operating conditions. They are easier to install, require less maintenance, and can be used in many applications. However, for the same cooling capacity, their material cost is usually higher compared to water-cooled models.

Water-cooled chillers are more suitable when there is a stable water supply, good water quality, and ambient temperatures below 45 °C. They generally offer better cooling performance, lower energy consumption, and quieter operation. Their overall cost can be slightly lower, but installation is more complex as they require a cooling tower and water pump. Cleaning and servicing the shell-and-tube condenser also calls for trained technicians.

We operate under a strict ISO management system that oversees every stage of production. Quality checks are applied to all incoming materials, manufacturing processes, and testing stages. Customers may arrange third-party inspections before delivery as well to make sure that the chiller is working smoothly.

The main components we use for our chillers are sourced from well-known international brands to ensure long-term reliability. Skilled technicians with advanced welding certifications handle critical processes. Our products are CE certified and exported to over 100 countries, backed by strong customer feedback.

We are manufacturers. We have two production bases plus two component-processing plants. All design, production, and sales are handled in-house. We can customize non-standard chillers or develop tailored solutions according to client requirements, offering both OEM and ODM services.

For medium to large scale facilities, the cooling demand is greater, and the cooling equipment must operate continuously without interruptions. In such cases, screw chillers are often the best option. Depending on site conditions, you might consider a water-cooled screw chiller for higher energy efficiency where water supply is stable, or an air-cooled screw chiller for easier installation and lower water usage.

In sites where there’s limited space, scroll chillers are an excellent choice. Their compact design allows them to fit into smaller areas while still providing reliable cooling performance, making them ideal for small-scale or space-restricted installations.

Electronics manufacturing requires high heat exchange efficiency and stable, continuous operation to maintain consistent product quality. Flooded or falling-film screw chillers are suitable for these applications, as they deliver precise temperature control and efficient cooling performance even under demanding production conditions.

In regions where water supply is scarce or inconvenient to access, air-cooled chillers are the best option. They do not require an external cooling tower, making installation more flexible and maintenance simpler, while still providing reliable cooling performance.

Data centers require cooling equipment that can operate year-round, deliver precise temperature control, and maximize energy efficiency. Variable-frequency centrifugal chillers and magnetic bearing centrifugal chillers are the best options fo data centers, as they can maintain stable room temperatures with a precision of ±0.5 °C while offering superior energy-saving performance.

For facilities located in cold climates that require cooling throughout the year, free cooling screw chillers are a suitable choice. These cooling systems take advantage of natural ambient cold to lower the chilled water temperature, significantly reducing energy consumption.

Magnetic bearing centrifugal chillers are often the preferred choice in noise-sensitive environments. Their design eliminates mechanical friction during operation, which significantly reduces noise while ensuring stable and efficient performance.

In plastic manufacturing, precise temperature control and high heat exchange efficiency are important to ensure consistent product quality. Falling film screw chillers are an excellent option, offering temperature control accuracy of up to ±0.3°C. This precision helps maintain the molding quality of optical-grade plastics while delivering outstanding cooling performance.