quality Lube Oil Filter Element & Precision Filter Element factory

What are the advantages of a large flow folding filter compared to a small folding filter? Mainly reflected in the following aspects:   1. Nowadays, high flow foldable filter cartridges are designed in an integrated manner, which not only simplifies the structure and maintenance of water treatment systems, but also reduces system complexity and footprint.   2. The design of high flow filter elements is mainly used to treat high flow water, suitable for industrial purposes or situations that handle large-scale water flow; Can quickly and efficiently process large amounts of water, thereby improving the capacity of water treatment systems.   3. Compared to small flow filters, large flow filters have stronger processing capabilities, lower filter replacement frequency, and reduce the frequency and cost of filter maintenance.   4. Some large-scale water treatment systems, such as sewage treatment plants, seawater desalination plants, and industrial water treatment plants, need to handle a large amount of water flow. High flow filter elements can better meet the needs of large-scale systems.

The high flow filter element can adapt to various filtering environments and is equipped with a PP support skeleton. The filtering material, skeleton, and end cover are welded together as a whole through hot melt welding, resulting in better sealing performance and improved filtering efficiency. Polypropylene materials have good chemical properties and are non reactive with most chemical reagents, making them suitable for various filtration environments.     1、 The high flow filter cartridge has a relatively wide filtration accuracy and can be selected between 0.1 micrometers and 100 micrometers.   2、 The material of the foldable filter element with high flow rate is made of glass fiber and polypropylene, without adding any adhesive, greatly reducing the probability of dissolved substances appearing in the filter column itself.   3、 High flow filter products have excellent chemical compatibility and are resistant to strong acids and alkalis. It can be used for the filtration of most organic solvents and strong acid and alkali chemicals.   4、 The high flow filter element has excellent pollutant retention ability and very high interception efficiency for particulate matter.   5、 The high flow filter element can withstand high temperatures and has excellent high-temperature resistance performance. Meanwhile, it can operate continuously in high-temperature environments and withstand repeated high-temperature and high-pressure sterilization.   6、 The mechanical strength of the high flow filter element is very high, which makes its service life relatively long and reduces pressure.   7、 Replacing the high flow filter element is simpler, time-saving, and labor-saving.

PP cotton filter, also known as melt blown PP filter, is a tubular filter made from odorless PP polypropylene particles that are heated, melted, sprayed, pulled, and formed. The selected material for the wire wound filter element is carefully crafted by precisely winding textile fiber yarn onto a porous framework. The raw materials for its yarn include polypropylene thread, glass fiber, and degreased cotton thread. When winding, different precision filter elements can be made based on the control of the winding tightness and density of the yarn.   So in terms of differences, the use of raw materials, production processes, and filtration accuracy vary.

The high flow filter element is one of the very important components in the purification equipment of the filtration system, and its quality can directly determine the service life of the subsequent R0 membrane. Therefore, it should be given special attention.     Many people ask: Do the high flow water filter elements need to be replaced? Here is a reminder to everyone that cleaning or replacement work should be carried out promptly after a period of safe use.   All high flow water filter elements of Pinpi need to be replaced, but their performance, quality, and replacement time may vary. Some manufacturers may increase the service life of filter elements during promotion, so it is important to distinguish and carefully select them. Some filter elements need to be replaced within a month, while others can be safely used for three to five months. Of course, high-quality, high flow filter cartridges are slightly more expensive, but their lifespan is also relatively longer.   In addition, the quality of water in the high flow water filter system, the frequency of safe use, and the accuracy of the filtration system will all affect its service life. If the high flow water filter element used for long-term safety is not cleaned, impurities in the filtration system will accumulate inside, affecting the flow rate of the filtration system and blocking it. Therefore, thorough cleaning work should be carried out on time. Of course, there is no need to worry about occasional blockage, which can also indicate that the filter element has indeed played a good role in the filtration system. Timely cleaning work is sufficient.

Hydraulic oil is the most important part of every hydraulic system. In a hydraulic system, no system can work without the proper volume of hydraulic oil. Also, any change in fluid level, fluid properties, etc. can damage the entire system we are using. If hydraulic oil is so important, what happens if it gets contaminated?   The risk of hydraulic oil contamination increases with the use of hydraulic systems. Leaks, rust, gas inflation, cavitation, damaged seals, etc... contaminate the hydraulic oil. Problems created by this contaminated hydraulic fluid are classified as degrading, transient and catastrophic failures. Degradation is a classification of failures that affect the proper functioning of a hydraulic system by slowing down operation. Transients are intermittent failures that occur at irregular intervals. Finally, catastrophic failure is the complete end of hydraulic systems. Contaminated hydraulic fluid problems can become serious. So how do we protect hydraulic systems from contamination? Hydraulic oil filtration is the only solution for removing contaminants from the fluid in use. Particle filtration using different types of filters will remove contaminant particles such as metals, fibers, silica, elastomers and rust from hydraulic fluids. Why use a hydraulic filter?   Hydraulic filters are mainly used in various hydraulic systems in industry. These filters have many advantages to ensure the safe operation of hydraulic systems. Some of the benefits of hydraulic oil filters are listed below. 1.Eliminate the presence of foreign bodies in hydraulic oil 2.Protects hydraulic systems from particulate contamination 3.Improve overall efficiency and productivity 4.Compatible with most hydraulic systems 5.Low maintenance cost 6.Increase the service life of the hydraulic system

Construction filter machinery and equipment winter maintenance Construction machinery is generally used less frequently in winter construction. Due to the low temperature, the overall temperature of the machinery and equipment engine is seriously affected. Petrol and diesel cannot achieve the same thermal efficiency as in summer, and mechanical equipment automatically increases the fuel injection rate. In order to achieve the purpose of maintaining a suitable temperature, the fuel consumption of mechanical equipment increases significantly. In addition, in lower temperature environments, the viscosity of the engine oil will increase and more resistance will be encountered during the start-up process. Although cold starts are difficult, they cause increased wear. If maintenance is neglected in winter, it will cause equipment problems, and even in the second year of use, it will cause a series of problems, resulting in a decline in construction quality or a direct impact on the construction progress, or even making the construction project impossible. went well. Maintenance of construction machinery and equipment in winter   1. Do a good job in daily oil inspection (1) Use multi-grade lubricants. Choosing the right lubricant can protect your engine. Select the appropriate lubricating oil according to the temperature of the location. For example, 0W or 5W lubricating oil should be selected in the north, and 10W, 15W or 20W lubricating oil can be selected in warmer areas in the south. (2) It should be noted that after starting the machine, it can be stopped for 3-5 minutes to check the oil level. For dipstick measurement, the standard is between HL, the more you put, the less you add. At the same time feel the oil on the dipstick with your hand. If there are rough and obvious particles, the oil should be changed in time. Replace the oil filter if necessary. For construction machinery used in dusty conditions, it is also necessary to appropriately shorten the replacement cycle of lubricating oil. (3) When each diesel engine enters winter (generally when the temperature is lower than 5℃), the changeover switch on the filter seat should also be turned to the "winter" use position.   2. Regularly replace the filter element The filter element is equivalent to the human "lung and liver" in construction machinery and equipment! It can filter dust and impurities from air, oil, fuel and hydraulic oil, keeping these impurities away from the engine and hydraulic pump, thus protecting the engine and hydraulic system. The role of construction machinery filter elements is very important, and timely replacement of filter elements is even more important for machines. In practical work, mechanical accidents often occur due to user negligence and forgetting to replace the filter element. 3. Start the engine at low temperature (1) The general temperature is below 5 °C, the engine should be preheated before starting, and then start after preheating (mainly to preheat the cylinder temperature first, and then heat the atomized diesel temperature, because the general diesel engine is a compression ignition type); (2) For diesel engines equipped with electric preheating device and decompression device, try to preheat and decompress when starting. (3) When starting at a low temperature, due to the high viscosity of the oil, the lubricating oil will be insufficient in a short time and cannot spread over the lubrication points. At this time, if the engine is running at high speed, it may cause increased wear on the crankshaft, camshaft and rocker shaft. It will cause serious accidents such as pulling cylinders and burning tiles. Therefore, the engine should be idling for a period of time after starting, and full-load operation is allowed only when the water temperature of the diesel engine is higher than 55°C and the oil temperature is higher than 45°C; the water temperature and oil temperature of the engine should not exceed 95°C during operation. The torque converter oil temperature should not exceed 110°C. (4) It is difficult to use the vehicle in winter. It is recommended not to exceed 8 seconds per startup. If it cannot be started, release the start switch and start the machine again after 1 minute of parking. After the engine is started, idling for a period of time (not too long, carbon deposits will form on the inner wall of the cylinder, causing the cylinder to pull), one is to charge the battery, the other is to make the water temperature reach 55°C, and the air pressure to reach 0.4Mpa, and then start driving again . (5) When the temperature is lower than 0℃, the cooling water in the water tank, engine, oil cooler and torque converter oil cooler should be discharged after working every day to avoid freezing and cracking; water vapor. Discharge frequently to prevent icing from causing brake failure. Do not release if antifreeze has been added.