I. Product Overview
The ZLYC High-Efficiency Vacuum Oil Filter Machine is designed with a sophisticated and compact structure. Its outer shell is usually made of high-quality corrosion-resistant materials, ensuring durability in various working environments. Inside, it integrates a powerful vacuum system, a precise filtration assembly, and an efficient heating device. The filtration assembly is equipped with advanced filter elements that can effectively remove impurities like particles, water, and gas from different types of oils, making it widely applicable for oil purification tasks in multiple industries.
II. Technical Parameters
(I) Flow Rate
The flow rate of the ZLYC series ranges from 10 liters per minute to 100 liters per minute, depending on different models. This allows users to choose an appropriate model according to their specific oil processing volume requirements in different applications.
(II) Filtration Precision
It boasts high filtration precision, capable of filtering out impurities as small as 1 to 5 micrometers. This enables the machine to purify oils to a high degree, meeting the strict quality requirements of various industrial equipment.
(III) Vacuum Degree
The machine can achieve a remarkable vacuum degree, typically within the range of -0.08MPa to -0.098MPa. Such a high vacuum environment plays a crucial role in thoroughly removing gas and water from the oil.
(IV) Heating Temperature
The heating device can heat the oil to a suitable temperature range of 20℃ to 80℃. Appropriate heating helps reduce the oil's viscosity and facilitates the filtration process.
(V) Power Consumption
The power consumption varies among different models but generally remains at a reasonable level. It strikes a balance between ensuring efficient purification and minimizing energy usage.
III. Working Principle
When the ZLYC High-Efficiency Vacuum Oil Filter Machine is in operation, the oil to be filtered is first pumped into the machine. Then, the heating device heats the oil to the proper temperature to lower its viscosity. Next, the vacuum system creates a strong vacuum environment inside the machine. In this vacuum state, the gas dissolved in the oil quickly escapes in the form of bubbles and is removed. Meanwhile, the oil is forced to flow through the filtration assembly. The filter elements in the assembly have fine pores that can effectively intercept solid particles and other impurities while allowing the purified oil to pass through. After passing through the filtration assembly, the clean oil is collected and discharged from the outlet, completing one cycle of the purification process. Continuous operation of the machine enables the oil to reach the desired purity level.
IV. Main Performance and Features
(I) High-Efficiency Purification
Thanks to the combination of vacuum treatment, heating, and precise filtration, the ZLYC machine can rapidly and effectively remove water, gas, and solid impurities from the oil, significantly improving the oil's quality and enhancing the performance of equipment using the oil.
(II) Stable Operation
Equipped with high-quality components such as a reliable vacuum pump and durable filter elements, along with an intelligent control system that monitors and adjusts operation parameters, the machine can operate stably for a long time. This reduces the risk of breakdowns and ensures continuous oil purification work.
(III) Customizable Operation
It offers adjustable parameters like flow rate, heating temperature, and vacuum degree according to different user needs. This allows for customized operation to meet specific requirements in various industrial scenarios, whether for small-scale or large-scale oil treatment.
(IV) Easy to Operate and Maintain
The operation interface is simple and intuitive. Operators can easily start or stop the machine, adjust relevant parameters through simple operations, without the need for complicated professional training. Maintenance mainly focuses on regular inspection and replacement of filter elements and checking the working status of the vacuum system and heating device, which is relatively straightforward.
(V) Energy-Efficient
The machine is designed with energy conservation in mind. Through optimized internal design and operation control, it can complete the oil purification process while consuming relatively low energy, helping to reduce operating costs in the long run.
V. Application Fields and Industries of the Product
(I) Power Generation Industry
In the power generation industry, the ZLYC machine can purify transformer oil, turbine oil, etc., to maintain good insulation, lubrication, and heat dissipation properties of power equipment, ensuring the stable operation of power generation systems.
(II) Petrochemical Industry
For the petrochemical industry, it can be used to purify various process oils, removing impurities to improve product quality and meet the strict requirements of downstream production processes.
(III) Machinery Manufacturing
In machinery manufacturing, it can purify lubricating oil and hydraulic oil for different machines and equipment, reducing wear and tear on mechanical parts and ensuring smooth operation of the production line.
(IV) Transportation Industry
In the transportation industry, such as for automobiles, ships, and aircraft, it can purify engine oil and other lubricants to improve vehicle performance and extend the service life of relevant components.
(V) Industrial Equipment Maintenance
In general industrial equipment maintenance, the ZLYC machine is widely used to purify various oils to meet the specific requirements of different equipment, ensuring their stable operation and reducing the occurrence of failures.
VI. Summary
The ZLYC High-Efficiency Vacuum Oil Filter Machine, with its excellent design, reasonable technical parameters, efficient working principle, outstanding performance features, and wide application fields, plays a significant role in oil purification. It meets the diverse needs of different industries for high-quality oil and contributes to the stable operation and extended service life of relevant equipment. As industrial development continues and the demand for pure oil grows, this machine will surely be more widely used in more relevant fields and make greater contributions to industrial production.
