Tetrachloroethylene Dry Cleaning Machine Manufacturers

The principle and core technology of dry cleaning machines: improving cleaning efficiency and environmental protection performance
Dry cleaning machines, as a modern cleaning equipment, are widely used in dry cleaning shops, hotels, hospitals, schools, welfare institutions and other places. Its main function is to use solvents to clean clothes without using water. Compared with traditional water washing methods, dry cleaning machines can effectively remove oil, stains and bacteria on clothes, while reducing fading, shrinkage and damage of clothes. Therefore, dry cleaning machines have gradually become an ideal choice for high-end clothing, delicate clothes and special cleaning needs. The basic principle of dry cleaning machines is to use specific solvents instead of water, and use mechanical movement to dissolve and separate the pollutants between the solvent and the clothes, so as to achieve the purpose of cleaning.

Dry cleaning machines are usually equipped with a solvent circulation system, which ensures the efficient use of solvents during the cleaning process, reduces solvent waste, and ensures the cleanliness of the solvent and avoids cross contamination. This system usually includes several parts such as solvent storage tanks, filters and recovery systems. The solvent storage tank is where the solvent is stored. Generally speaking, dry cleaning machines have two storage tanks, one for fresh solvents and the other for used solvents. Fresh solvent flows from the storage tank into the washing system, while the used solvent is filtered and recovered through the circulation system and reused in the cleaning process. In order to keep the solvent clean, dry cleaning machines are usually equipped with multi-stage filters. These filters can effectively remove impurities, dirt and dissolved stains from the solvent. Common filters include main filter and fine filter. As the number of uses increases, the filter needs to be cleaned or replaced regularly to maintain the best cleaning effect. The recovery system returns the used solvent to the storage tank through a pipe and purifies it through a filter to remove dirt and impurities from the solvent. The recovery system ensures that the solvent can be recycled efficiently, reducing the consumption of solvent and thus reducing operating costs. Through this solvent circulation system, the dry cleaning machine not only improves the efficiency of solvent use, but also reduces environmental pollution, meeting modern environmental protection requirements.

The washing process of the dry cleaning machine removes stains through the interaction between the solvent and the clothes. The core of the washing process is the control of the temperature, pressure and washing time of the solvent. Usually these parameters can be adjusted according to the material of the clothes and the type of stains. Modern dry cleaning machines make the washing process more accurate and efficient through highly intelligent control systems and sensors. The temperature of the solvent will directly affect the washing effect. Higher temperatures help dissolve oil and other stubborn stains, so dry cleaning machines can automatically adjust the temperature of the solvent as needed. Modern dry cleaning machines use precise temperature control technology to automatically set the optimal temperature according to the material of different clothes and the type of stains. The pressure of the solvent during the washing process also affects the washing effect. By increasing the pressure of the solvent, the ability of the cleaning solvent to penetrate the fabric of the clothes can be improved, thereby removing deep stains. Intelligent control systems can automatically adjust the pressure according to different types of clothes. Dry cleaning machines can accurately set the washing time according to the type of clothes, the degree of stains and the condition of the solvent. The right washing time can not only effectively remove stains, but also avoid excessive wear and tear on clothes. This precise control system ensures that each piece of clothing can get the best cleaning effect, while avoiding problems such as shrinkage and deformation of clothes due to long-term contact with water or solvents.

The solvent filtration system in the dry cleaning machine is crucial. It can ensure that the solvent is continuously clean and ensure that each wash can achieve the best results. The filtration system is usually divided into two types: circulation filtration and replenishment filtration. During the dry cleaning process, the solvent is continuously recycled through the filter. The main function of circulation filtration is to remove impurities and stains accumulated in the solvent. Through this process, the solvent can remain clean for a longer period of time, thus ensuring the effect of multiple washes. Supplementary filtration usually occurs at the end of the solvent cycle. This process is mainly used to further purify the solvent, remove tiny stains and impurities in the solvent, and ensure that the purity of the solvent can be maintained even after multiple uses. Supplementary filtration systems usually need to be checked and replaced regularly to ensure their effectiveness. The careful design of the solvent filtration system not only improves the washing effect, but also prolongs the service life of the equipment and reduces pollution to the environment.

After washing, the clothes need to go through a drying process to remove the solvent and moisture. In a dry cleaning machine, the drying system usually consists of hot air and a rotating device. The key to the drying process is to maintain the appropriate temperature and humidity to ensure that the clothes are not damaged when drying. Dry cleaning machines use hot air to dry clothes quickly. The temperature of the hot air is usually adjusted according to the material and dryness of the clothes. Higher temperatures are suitable for removing solvents, but too high temperatures may cause damage or deformation of clothes. Therefore, intelligent control systems can automatically adjust the temperature between different types of clothes. Dry cleaning machines accelerate the evaporation of water from clothes through rotating motion. The spinning process can effectively prevent clothes from deforming or shrinking due to excessive contact with water. In order to prevent clothes from getting moldy or producing odors due to residual moisture, dry cleaning machines use air circulation systems to discharge moisture in time and maintain a dry environment. Through an efficient drying system, dry cleaning machines can thoroughly dry clothes in a short time while ensuring that the clothes are intact.

Modern dry cleaning machines are usually equipped with an automatic alarm system, which can monitor the operating status of the machine in real time to ensure the safety and stable operation of the equipment. The system detects parameters such as temperature, pressure, and solvent status in real time through sensors and adjusts them as needed. If the machine is abnormal during operation, the system will automatically issue a voice warning to prompt the operator to deal with it in time. When the dry cleaning machine fails or is abnormal, the system will inform the operator of the problem through voice prompts and guide the next step of treatment. This not only improves the convenience of operation, but also reduces errors and omissions in manual intervention. If the operating parameters of the dry cleaning machine exceed the safety range, the automatic alarm system will start the shutdown protection function to prevent equipment damage or safety accidents.

Hangxing Washing Machinery (Taizhou) Co., Ltd. Dry Cleaning Machine: Innovative Technology and Global Application
Hangxing Washing Machinery (Taizhou) Co., Ltd. produces two types of dry cleaning machine products, water-based dry cleaning machine and tetrachloroethylene dry cleaning machine, with its advanced technology, excellent performance and efficient operating system.

The water-based dry cleaning machine is a device that uses environmentally friendly solvents as detergents. Its main feature is the use of two independent solvent storage tanks, which are used to wash white clothes and colored clothes respectively. This design can effectively prevent cross-contamination of clothes of different colors and ensure a more uniform and delicate washing effect. The double solvent tank design is adopted to store solvents for white clothes and colored clothes independently to avoid cross-contamination. Equipped with advanced solvent filtration system and intelligent control system, the two-layer filtration system can effectively keep the solvent clean and extend the service life. The water-based solvent is used, which is less polluting to the environment than traditional solvents. The computer control system is easy to operate, displays the washing status and progress, and has an automatic voice prompt function.

The tetrachloroethylene dry cleaning machine is mainly used to wash high-end clothes, such as cotton, wool, velvet and other high-quality fabrics. As a dry cleaning solvent, tetrachloroethylene has a strong decontamination ability and can effectively remove stubborn oil and stains without damaging the material of the clothes. The tetrachloroethylene solvent can deeply clean every fiber of the clothes and remove stubborn stains. Equipped with an advanced circulation filtration system, it can effectively keep the tetrachloroethylene solvent clean and reduce the waste of solvent. The tetrachloroethylene dry cleaning machine has high energy efficiency and can complete the washing and drying process in a shorter time. It is suitable for all kinds of high-end clothing, such as suits, dresses, wool coats, etc., and can extend the service life of clothing.

Hangxing Washing Machinery (Taizhou) Co., Ltd. has exported its products to more than 40 countries around the world and has established stable business relations with many domestic and foreign companies. In the future, more international cooperation will promote technological progress and market development of the entire industry.