1. Cooling method

‌Air-cooled chiller‌
The air is driven by a fan to dissipate heat, no additional cooling tower is required, flexible installation and low noise, suitable for small or low-noise scenarios.

‌Water-cooled chiller‌
The water is circulated to dissipate heat, and needs to be used with a cooling water tower. It has higher cooling efficiency and strong adaptability, and is suitable for large industrial fields or scenarios requiring large cooling capacity.

2. Compressor type

‌Piston chiller‌

‌Screw chiller‌

‌Centrifugal chiller‌

3. Temperature range

‌Normal temperature chiller‌
The temperature control range is 0℃ to 35℃, suitable for cooling conventional industrial equipment.

‌Low temperature chiller‌
The temperature can be as low as -120℃, suitable for scientific research or special process scenarios requiring extremely low temperatures.

Efficient cooling: The chiller can quickly reduce the ambient temperature and improve work efficiency. In industrial production, many equipment need to operate within a certain temperature range, and the chiller can provide a stable temperature environment to ensure the normal operation of the equipment.

Energy saving and environmental protection: The chiller usually adopts advanced refrigeration technology, which can efficiently use energy and reduce energy consumption. At the same time, the chiller can also reduce the impact on the environment and is an environmentally friendly refrigeration equipment.

Easy to control: The chiller is usually equipped with an advanced control system that can accurately control parameters such as temperature and humidity to meet various process requirements. At the same time, the chiller can also automatically adjust the cooling capacity according to actual needs to improve the degree of automation of the equipment.

Reliable and stable: The chiller adopts high-quality materials and strict production processes, and has high reliability and stability. In industrial production, the stable operation of equipment is crucial to production efficiency and product quality, and the chiller can meet this requirement.

Strong adaptability: The chiller can adapt to various harsh environmental conditions, such as high temperature, high humidity, corrosion, etc. In industrial production, many devices need to operate under harsh environmental conditions, and chillers can provide stable refrigeration services to ensure the normal operation of the equipment.

1. Understand the cooling capacity

The cooling capacity is one of the most important performance indicators of the chiller, which directly determines whether the equipment can meet your cooling needs. When purchasing, you must first determine the required cooling capacity based on the actual usage scenario and needs.

2. Choose the right cooling method

The common cooling methods on the market currently include air cooling, water cooling and evaporative cooling. Choose the right cooling method according to your usage environment and needs.

3. Pay attention to the energy efficiency ratio

The energy efficiency ratio is an important indicator to measure the energy-saving performance of the chiller. When purchasing, you should pay attention to the energy efficiency ratio of the equipment and choose a chiller with a high energy efficiency ratio to reduce operating costs.

4. Noise level

Noise is an important factor affecting the user experience. When purchasing, pay attention to the noise level of the equipment and choose a chiller with lower noise to ensure the comfort of the working environment.

5. Check the brand and after-sales service

Brand and after-sales service are the key to ensuring equipment quality and user experience. When purchasing, choose a well-known brand and understand its after-sales service system to ensure that the equipment is maintained and guaranteed in time during use.