INTRODUCTION

The housing is manufactured using advanced integrally molding techniques and is usually made of high-quality plastic or stainless steel. This gives the housing excellent sealing properties, strength, and corrosion resistance, enabling it to effectively resist the influence of external environmental factors and provide reliable protection for internal components. The filter bag, as the core filtering element, is made of a variety of materials, such as polyester fiber and polypropylene. Moreover, depending on different filtration requirements, the pore size can be precisely customized to intercept impurities of different particle sizes.

The design of the water inlet and outlet ports is ingenious, ensuring that the water flow can enter and exit the filter smoothly. The sewage outlet is convenient for timely discharging the impurities intercepted during the filtration process. This equipment comes in a variety of specifications and can be flexibly selected according to the actual water treatment volume, filtration precision requirements, and installation space. It is widely applicable to numerous fields such as industrial production, municipal water supply, and food and beverage processing. It is easy to install and operate and runs stably and reliably, making it an ideal choice for achieving efficient water quality purification.

WORKING PRINCIPLE

The working principle of integrally molded bag filters is based on the physical filtration effect of the filter bags. When the raw water containing impurities enters the filter through the inlet port, under the impetus of water pressure, the water flow will evenly flow towards the filtration chamber where the filter bags are located.

Due to the specific pore structure of the filter bags, impurities in the water with particle sizes larger than the pores of the filter bags, such as sediment, rust, suspended solids, and microorganisms, will be intercepted inside the filter bags and cannot continue to pass through with the water flow. However, water and substances with particle sizes smaller than the pores of the filter bags can smoothly pass through the filter bags, gather on the other side of the filtration chamber, and then flow out from the outlet port, thus achieving the filtration of the raw water. This significantly reduces the impurity content in the water, improves the clarity and purity of the water, and provides a high-quality water source guarantee for subsequent water use links or further water treatment processes.

MAIN PERFORMANCE AND CHARACTERISTICS

l High Filtration Precision: Thanks to the filter bags with customizable pore sizes, different levels of filtration precision from coarse filtration to fine filtration can be achieved. Whether it is intercepting large-particle impurities or removing tiny suspended solids and microorganisms, it can do so with ease, precisely meeting diverse filtration requirements. It can demonstrate excellent filtration effects in industries with strict requirements for water quality, such as the pharmaceutical and electronics industries, as well as in the pretreatment of general industrial water and the purification of domestic water.

l Stable and Reliable Structure: The integrally molded housing design eliminates the potential sealing problems that may exist in traditional spliced structures. The overall structure is more stable and has strong pressure resistance. It can operate stably under complex working conditions such as different water flow pressures, temperature changes, and water quality differences. It is not prone to leakage, damage, and other malfunctions, continuously providing a stable and up-to-standard water quality guarantee for the entire water use system and also reducing the maintenance cost.

l Convenient Filter Bag Replacement: When the filter bag's filtration efficiency decreases due to intercepting too many impurities after a period of use, the replacement operation is very simple and convenient. Just open the corresponding cover, take out the old filter bag and put in a new one. There is no need for complicated tools or cumbersome steps, and the replacement can be completed in a short time, enabling the equipment to quickly return to a good filtration state and minimizing the impact on normal production or water use.

l Wide Range of Applications: Different filter bag materials and pore specifications can be flexibly selected according to different water source qualities, treatment water volumes, and specific application scenarios. Moreover, it can be used in combination with other water treatment equipment. Whether it is dealing with different properties of liquids such as municipal water supply, industrial circulating water, domestic sewage, or chemical raw material liquid filtration, it can find suitable application methods, has strong versatility, and can meet diverse water treatment requirements.

l Hygienic and Environmentally Friendly: Many of the materials used for integrally molded bag filters are non-toxic and harmless, meeting relevant hygienic standards such as food-grade and pharmaceutical-grade. During the filtration process, they will not cause secondary pollution to the water quality. Moreover, the discarded filter bags can be properly recycled, making it relatively environmentally friendly, especially suitable for industries with extremely high hygienic requirements such as the food and beverage and pharmaceutical industries.

APPLICATION FIELDS AND INDUSTRIES

l Industrial Field: In the electronics industry during the production of ultrapure water, integrally molded bag filters can use high-precision filter bags to effectively intercept tiny particulate impurities in water that may affect the performance of electronic components, ensuring the production of high-quality ultrapure water and the stable quality and performance of electronic products. In the chemical industry, it can filter various chemical raw material liquids and reaction intermediates to remove impurities, avoiding adverse effects on chemical reactions and subsequent product quality and ensuring the smooth progress of chemical production.

l Pharmaceutical Industry: Pharmaceutical production has extremely high requirements for the purity of water. With its fine filtration ability, this filter can strictly intercept microorganisms and particulate impurities in water, preventing these impurities from mixing into drug raw materials or finished products, strictly controlling drug quality, meeting the strict regulations and quality standards of drug production, and providing a powerful guarantee for people's drug safety.

l Food and Beverage Industry: The production of food and beverages relies on high-quality water sources. Integrally molded bag filters can remove suspended solids, impurities that may affect taste, and microorganisms in water, ensuring that the water used for production is clean, hygienic, and odorless, thereby improving the quality and taste of food and beverage products, meeting consumers' demand for high-quality products, and enhancing the competitiveness of enterprises in the market.

l Municipal Water Supply Field: The source water for municipal water supply often contains impurities such as sediment, algae, and microorganisms. Integrally molded bag filters, as important equipment in the pretreatment or advanced treatment process, can further purify the water quality, improve the quality of the water supply, ensure the safety and hygiene of residents' water use, enable residents to use clearer and odorless drinking water, and also help to reduce the maintenance cost of the water supply pipeline caused by the deposition of impurities and extend its service life.

SUMMARY

Integrally molded bag filters, with their unique integrally molded structure, reliable working principle, and many excellent performance characteristics, have shown indispensable value in many important fields such as industry, the pharmaceutical industry, the food and beverage industry, and municipal water supply. They are like the efficient and integrated 'sharp tools' for water quality purification, quietly contributing to ensuring the cleanliness and efficient utilization of water resources, helping to stabilize the development of various industries and improve people's living quality. With the continuous progress of science and technology, it is believed that integrally molded bag filters will continue to make breakthroughs in aspects such as improving filtration precision, optimizing filter bag materials, and expanding applications, further meeting the increasingly diverse water treatment needs of society and becoming one of the important supporting equipment for creating a high-quality water environment and promoting sustainable development.