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Cold storage equipment uses high-efficiency refrigeration technology and environmentally friendly compressors to provide energy-saving and stable temperature control solutions. The core system includes air coolers, cold storage units, electronic expansion valves (EEV) and electric control boxes, which can quickly cool down and maintain a low-temperature environment, and are suitable for refrigeration, freezing and quick freezing. The equipment is equipped with an efficient heat exchange system to reduce energy consumption; a precision expansion valve accurately adjusts the refrigerant flow to ensure stable operation; low-temperature-resistant and corrosion-resistant materials improve equipment reliability. The overall design focuses on energy saving, low noise and durability, and the PLC control system ensures precise temperature control and product quality.

The distribution box of the cold storage electrical control system is the core control unit of the cold storage refrigeration and supporting equipment. The appearance is a waterproof and dustproof metal cabinet (mostly made of steel plate with anti-corrosion surface), and internally integrated circuit breakers, temperature controllers, overload protectors and other components; some high-end models have touch screens or intelligent monitoring modules that can display operating parameters and fault information.

It adopts high-efficiency compressor and environmentally friendly technology to cool down quickly while saving energy. The unique side air outlet design and low-noise operation help you create a quieter and more efficient working environment.

The key heat exchange equipment in the refrigeration system adopts a unique V-shaped structural design and is equipped with high-efficiency fin heat exchange tubes and professional axial flow fans. The refrigerant flows in the heat exchange tube, and the external air is forced to be blown by the fan through the V-shaped fin tube area, forming an efficient air-refrigerant heat exchange, which quickly dissipates the heat of the refrigerant to the surrounding environment, thereby realizing the condensation process of the refrigerant and ensuring a stable cycle of the refrigeration system.

Our condensers use efficient heat exchange technology and are specifically designed for refrigeration systems to increase cooling efficiency and optimize energy efficiency. Using high-quality copper tubes and aluminum fin structures, it has excellent corrosion resistance and heat dissipation capabilities, and can work stably in high temperature environments. The condenser has a compact design and solid structure, and is suitable for various cold storage, air conditioning, industrial refrigeration and other fields.

Chiller (also known as industrial chiller, chilled water system) is a cooling equipment widely used in industrial and commercial fields. It can produce chilled water and is suitable for various cooling needs. It ensures stable temperature control in industrial and commercial environments by utilizing a refrigeration cycle system to remove heat from cold water. We offer a variety of water cooling units suitable for different industry needs, including plastic processing, beverage production, oil cooling, pharmaceuticals, construction, dairy cooling, brewing, and more. Chillers are available in air-cooled and water-cooled types. Choose the most appropriate cooling method according to your specific needs. Frost chillers use advanced refrigeration technology and core components from world-renowned brands to ensure efficient energy conversion and low energy consumption during the refrigeration process. The chiller converts the refrigerant from gaseous state to liquid state through the evaporation and condensation process, absorbs and releases heat, and thereby cools down efficiently. Its high energy efficiency ratio (COP) optimizes energy saving and extends the service life of the equipment. Whether it is air-cooled or water-cooled, you can find the best solution based on actual application needs to ensure operating efficiency and long-term stability.

The key throttling component in the refrigeration system is responsible for depressurizing and throttling the high-temperature and high-pressure liquid refrigerant output from the condenser, and converting it into low-temperature and low-pressure mist refrigerant, providing conditions for efficient heat exchange in the evaporator. It is the core "bridge" connecting the high-pressure side and the low-pressure side of the refrigeration system. It is widely adapted to air conditioners, cold storages, heat pumps and other equipment.

As a key equipment in the field of refrigeration and air conditioning, it has become the core choice of many refrigeration and heating systems due to its efficient and stable performance. With its unique working principle and structural design, it provides reliable power support for homes, commercial and industrial places, ensuring a comfortable indoor environment and stable industrial process temperature.

The core insulation material for cold storage construction is made of double-sided color steel plate/stainless steel plate as the panel and filled with high-density polyurethane foam core material in the middle. It has excellent thermal insulation, structural strength and weather resistance, and can effectively maintain the low-temperature environment of the cold storage. It is widely used in food cold chain, medical storage, industrial low-temperature workshops and other scenarios.

Tubular metal materials made of copper as the main raw material are widely used in many fields such as refrigeration, plumbing, and electronics due to their excellent thermal conductivity, corrosion resistance, and plasticity. They are key basic materials in industrial production and livelihood projects.

The core supporting equipment of the refrigeration system is used to store and buffer refrigerant or freezing liquid, stabilize system pressure and flow, and is widely adapted to central air conditioners, cold storage, and industrial refrigeration units.

Air coolers are indispensable core equipment in modern refrigeration systems. They are mainly used for air conditioning and cooling needs in various industrial plants, warehousing and logistics, livestock breeding, greenhouse planting, and large public places. The air coolers produced by our company have reasonable structures, stable performance, and high-efficiency heat exchange design, which can reduce the ambient temperature in a short time, ensure smooth air circulation, and create a comfortable and clean production and living space. Compared with traditional air conditioning systems, air coolers have the advantages of low investment cost, low operating energy consumption, and easy maintenance. They are especially suitable for cooling and ventilation scenarios in large spaces.

Industrial oil coolers are specially designed for hydraulic systems, compressors, injection molding machines, machine tools, etc. in industrial equipment. They can accurately control oil temperature, ensure stable operation of equipment, and prevent performance degradation or failure caused by excessive oil temperature. Through an efficient cooling system, the service life of the equipment is extended, production efficiency is improved, and downtime and maintenance costs are reduced. This oil cooler adopts advanced refrigeration technology, equipped with an efficient and energy-saving compressor and a high-quality heat exchanger to ensure significant cooling effect and reduce energy consumption. It provides two cooling methods: air cooling and water cooling, which can be flexibly selected according to specific application environments to meet different cooling needs. The oil cooler has a compact structure and uses corrosion-resistant materials to adapt to various harsh industrial environments and ensure long-term stable operation of the equipment. The intelligent control system can monitor the oil temperature in real time and automatically adjust the working status to ensure precise control of the oil temperature and reduce human operating errors. In addition, the equipment is easy to install and equipped with quick access interfaces, making maintenance and cleaning very convenient, reducing equipment downtime during the production process. Low noise, suitable for long-term working environment.

The Fangcang Mushroom House is a container-type modular edible fungi special planting facility that integrates temperature control, humidification, ventilation, CO₂ control and light supplementation systems. It has a full-cycle closed-loop management and control environment. It can be put into production as soon as water and electricity are connected. It is suitable for many varieties such as oyster mushrooms and enoki mushrooms to achieve stable output throughout the year. It is suitable for large-scale bases, rural revitalization and other scenarios.

The insulation board uses high-density polyurethane as the core material and is coated with galvanized color steel plate on the outside. It has low thermal conductivity and excellent sealing performance. The refrigeration system is equipped with a high-efficiency compressor, air-cooled condenser and ceiling-mounted evaporator to ensure rapid cooling and stable temperature control. The overall structure is solid, anti-corrosion and impact-resistant, meeting the needs of frequent movement and multi-scenario applications.

The insulation board uses high-density polyurethane as the core material and is coated with galvanized color steel plate on the outside. It has low thermal conductivity and excellent sealing performance. The refrigeration system is equipped with a high-efficiency compressor, air-cooled condenser and ceiling-mounted evaporator to ensure rapid cooling and stable temperature control. The overall structure is solid, anti-corrosion and impact-resistant, meeting the needs of frequent movement and multi-scenario applications.

It is an indispensable core equipment in modern refrigeration systems and is mainly used for air conditioning and cooling needs in various industrial plants, warehousing and logistics, livestock breeding, greenhouse planting, and large public places. The air coolers produced by our company have reasonable structures, stable performance, and high-efficiency heat exchange design, which can reduce the ambient temperature in a short time, ensure smooth air circulation, and create a comfortable and clean production and living space. Compared with traditional air conditioning systems, air coolers have the advantages of low investment cost, low operating energy consumption, and easy maintenance. They are especially suitable for cooling and ventilation scenarios in large spaces.

It is an indispensable core equipment in modern refrigeration systems and is mainly used for air conditioning and cooling needs in various industrial plants, warehousing and logistics, livestock breeding, greenhouse planting, and large public places. The air coolers produced by our company have reasonable structures, stable performance, and high-efficiency heat exchange design, which can reduce the ambient temperature in a short time, ensure smooth air circulation, and create a comfortable and clean production and living space. Compared with traditional air conditioning systems, air coolers have the advantages of low investment cost, low operating energy consumption, and easy maintenance. They are especially suitable for cooling and ventilation scenarios in large spaces.

The insulation board uses high-density polyurethane as the core material and is coated with galvanized color steel plate on the outside. It has low thermal conductivity and excellent sealing performance. The refrigeration system is equipped with a high-efficiency compressor, air-cooled condenser and ceiling-mounted evaporator to ensure rapid cooling and stable temperature control. The overall structure is solid, anti-corrosion and impact-resistant, meeting the needs of frequent movement and multi-scenario applications.