Recently, Zerru Static Mixer has officially entered the French market, marking a significant step forward in our international expansion in the field of fluid mixing and filtration equipment. With its simple structure, high mixing efficiency, and broad adaptability, the Static Mixer is widely applied in industries such as chemicals, pharmaceuticals, and water treatment.     In addition, a full range of filtration equipment is also exported to France, including bag filters, basket filters, pipeline filters, and automatic cleaning filters. These products are carefully designed to meet various filtration needs under different industrial conditions.   In addition, our high-performance filter cartridges are highly recognized by French customers for their excellent filtration accuracy and durability.   With the increasing demand for efficient and reliable fluid treatment equipment in Europe, our company is committed to continuous research and development innovation, improving product performance, and providing smarter and more environmentally friendly solutions for global customers.

Successful Trial of Fully Automatic Solid-Liquid Separation Filter at Client Site Zerru tech, a leading innovator in industrial filtration systems, is pleased to announce the successful trial of its fully automatic solid-liquid separation filter  at a major client's facility. The test results have confirmed the filter’s outstanding performance in enhancing operational efficiency and ensuring high-quality separation results. The fully automatic solid-liquid separation filter is designed to optimize processes in industries such as mining, chemicals, food and beverage, and wastewater treatment. Featuring cutting-edge technology, the filter automates the separation of solid and liquid materials, providing precise, continuous operation with minimal maintenance. The trial, conducted over a whole day, demonstrated the filter’s capability to handle complex filtration tasks under varying conditions. The client reported significant improvements in productivity, reduced downtime, and lower operational costs due to the filter's seamless integration into their existing systems. The fully automatic solid-liquid separation filter is now set for full-scale deployment at the client’s site, with plans for wider implementation across other sectors. [Company Name] continues to focus on advancing its product offerings, aiming to provide sustainable, efficient, and cost-effective solutions to meet the evolving needs of industries worldwide.

A basket strainer is a widely used filtration device in industries such as water treatment, chemical, food and beverage, metallurgy, and more. Its primary function is to filter solid particles from liquids, protecting pipelines, pumps, and other equipment from contaminants. With its simple structure and efficient filtration performance, the basket strainer is an indispensable part of industrial filtration systems.  I. Structure of the Basket Strainer The basic structure of a basket strainer typically consists of the following key components: 1. Housing    The housing of the basket strainer is typically made of high-strength materials such as cast steel, stainless steel, or carbon steel, offering excellent corrosion and pressure resistance. The design is usually cylindrical or linear to withstand high pressure and load during operation. 2. Filter Basket    The filter basket is the core component of the strainer, usually made of metal mesh or other woven materials. Its primary function is to capture large solid particles from the liquid. The filter basket is often removable, making it easier to clean and replace. 3. Inlet and Outlet Connections    Basket strainers are equipped with multiple inlet and outlet connections to facilitate the flow of liquid. The arrangement of these connections may vary depending on the specific needs of the system to ensure smooth liquid flow and optimal filtration efficiency. 4. Blow-off Valve    The blow-off valve is used to periodically clean the filter basket of accumulated debris, preventing clogging. Some advanced models may include an automatic blow-off system that clears the filter without manual intervention. 5. Support Structure    The filter basket is typically supported by a framework that ensures it remains securely in place within the housing. The support structure helps the basket withstand the pressure of the liquid flow and prevents deformation or displacement during operation. 6. Sealing Components    The sealing parts are made of rubber, silicone, or other corrosion-resistant materials to ensure a leak-free operation of the filter. These seals are crucial for preventing liquid from leaking or bypassing the filtration process.   II. Working Principle of the Basket Strainer The working principle of a  basket strainer is relatively simple. It primarily relies on the basket's mesh structure to physically screen out solid particles from liquids. The process is as follows: 1. Liquid Enters the Filter    The liquid (such as water, chemical solutions, or oil) first enters the basket strainer through the inlet. During this stage, the larger solid particles, contaminants, and impurities in the liquid begin to come into contact with the filter basket. 2. Particles are Captured by the Filter Basket    The mesh of the filter basket has uniformly distributed pores. As the liquid passes through the mesh, larger solid particles are trapped and collected by the basket. These particles cannot pass through the mesh, while the smaller liquid molecules flow through. 3. Filtered Liquid Exits the Strainer    After filtration, the liquid exits the strainer through the outlet, entering downstream pipelines or equipment systems for further use in the production process. 4. Periodic Blow-off and Cleaning    As filtration continues, the filter basket accumulates more and more particles. Therefore, the strainer must be periodically cleaned by opening the blow-off valve to remove the accumulated debris and maintain efficient filtration. Some automatic models can self-clean without manual intervention, reducing maintenance efforts.   III. Advantages of Basket Strainers 1. Efficient Filtration    Basket strainers can effectively remove larger particles from liquids, with filtration precision typically ranging from 50 to 2000 microns. Depending on the industry's requirements, users can select the appropriate mesh size to ensure effective filtration.  2. Simple Structure and Easy Maintenance    The simple design of the basket strainer makes it easy to operate and maintain. The filter basket is removable, making it easy to clean or replace, which minimizes downtime for maintenance.  3. Strong Adaptability    Basket strainers are highly versatile and can be used for filtering various types of liquids. Whether for water treatment, oil filtration, or chemical solution filtration, they provide effective solutions.  4. Pressure and Corrosion Resistance    Due to the use of high-quality materials, basket strainers are resistant to both high pressure and corrosion, making them suitable for harsh working conditions and extending the lifespan of the equipment.  5. Automatic Cleaning System**     High-end models of basket strainers can be equipped with automatic cleaning functions, which eliminate the need for frequent manual intervention, thus saving time and maintenance costs.   IV. Applications  Basket strainers are widely used in various industries, primarily for liquid filtration and the removal of solid particles. Common application areas include:  1. Water Treatment**     Basket strainers are used in municipal water treatment, industrial cooling water, and other water filtration applications to remove particles and ensure clean water.  2. Oil and Chemical Industry      Basket strainers are used to filter oil products, chemicals, and solutions, removing contaminants to protect equipment and ensure smooth production processes.  3. Food and Beverage Industry    Used to filter liquid raw materials in production processes, basket strainers help ensure the purity and quality of food and beverage products.  4. Metallurgy and Mining    Basket strainers are used in filtering slurry and metallurgy liquids to protect equipment and ensure smooth operations during ore processing.  5.Pulp and Paper Industry    Basket strainers are used to filter solid particles from pulp and paper processes, improving production efficiency and product quality.  V. Conclusion  Basket strainers are highly effective, cost-efficient liquid filtration devices that play an essential role in a variety of industries. With their simple yet reliable structure and working principle, basket strainers efficiently remove solid particles from liquids, ensuring equipment protection and smooth operation. Whether in water treatment, chemical production, or food and beverage industries, basket strainers provide valuable filtration solutions that help maintain operational safety and product quality.  

ZERRU technology has announced the successful installation and commissioning of its automatic self-cleaning filter at a major client’s facility. This project, implemented at sewage-treatment plant in Shanghai, represents a significant enhancement to the client's water treatment system, contributing to improved operational efficiency and sustainability. Project Background As part of its commitment to optimizing production processes and meeting stricter environmental standards, the client sought to upgrade its water treatment infrastructure. After a thorough evaluation of available options, client selected ZERRU’s automatic self-cleaning filter for its superior performance, ease of operation, and reduced maintenance needs. Product Highlights The automatic self-cleaning filter is a state-of-the-art solution designed to streamline and automate the filtration process. Unlike conventional filtration systems that require regular manual cleaning, this filter uses an intelligent self-cleaning mechanism that operates without disrupting the production flow. It efficiently removes suspended solids and particulates from the water, ensuring consistent water quality while significantly reducing the need for operator intervention. Key features of the automatic self-cleaning filter include: Automated self-cleaning technology: Reduces downtime and maintenance requirements High filtration precision: Ensures removal of even the smallest particles, improving water quality Energy efficiency: Helps lower operational costs and environmental impact Commissioning Process During the commissioning phase, ZERRU technology expert technical team worked alongside the client’s engineering staff to ensure the smooth integration of the system into the existing water treatment framework. The system was tested under real-world conditions to verify its performance and ensure all operational parameters were optimized for maximum efficiency. The filter’s self-cleaning function was found to be highly responsive, and both filtration capacity and pressure stability exceeded expectations. Customer Satisfaction Following the installation and commissioning, the client expressed high satisfaction with the performance of the automatic self-cleaning filter. They noted significant improvements in water treatment efficiency and a marked reduction in manual maintenance requirements. The successful implementation of this system has also led the client to consider expanding its use to other areas of their production facility. Conclusion The successful completion of this installation and commissioning project highlights ZERRU’s ability to deliver cutting-edge environmental solutions tailored to the specific needs of its customers. By offering advanced filtration technologies, ZERRU continues to support its clients in improving resource efficiency and achieving long-term sustainability goals.  

ZERRU Technology announced that the custom static mixer project for a well-known domestic food company has been successfully completed and delivered. The delivered equipment will be officially integrated into the food company's new production line, helping to further enhance production efficiency and ensure the stability and consistency of product quality. Static mixers, known for their lack of moving parts, high energy efficiency, and low maintenance costs, have increasingly become essential equipment in the food processing industry. This static mixer, custom-designed for the food company, is specifically tailored to handle high-viscosity liquids and multiple component mixtures, meeting the stringent requirements for precise mixing in food production. The equipment will be used to produce a series of healthy food products, ensuring consistency in flavor, texture, and quality with each batch. The static mixer has been optimized to meet the specific production needs of the food company. ZERRU Technology team worked closely with the food company’s R&D department to fine-tune the internal structure of the mixer, ensuring that it can accommodate complex production processes, particularly in the mixing of high-viscosity ingredients and heterogeneous materials. This custom static mixer not only improves production efficiency, reduces manual operation, and lowers energy consumption but also aligns with the food industry’s sustainable production goals. By reducing energy use and material waste, this equipment will help the food company lower operational costs while fulfilling its commitment to environmentally friendly and efficient production. The success of this project will further strengthen the strategic partnership between the two companies. In the future, both parties plan to explore the application of customized equipment in more areas, continuing to drive technological innovation and supporting the ongoing advancement of the food industry.

We are excited to share that in August,received a significant repeat order for our static mixer from a valued client. This repeat order underscores the strong trust and satisfaction our client has in the quality and performance of our products. Our static mixers, known for their efficiency and reliability, have consistently met the high standards required by our client’s operations. This ongoing partnership is a testament to our commitment to delivering exceptional products and service. We are grateful for the continued confidence our client has shown in ZERRU and look forward to further strengthening our relationship through consistent quality and reliable delivery

It is with immense pride that we announce an exciting piece of news: After our team’s tireless efforts and meticulous refinement, the project for custom static mixers and hydrocyclones for our Russian client has been successfully completed and delivered. This achievement not only affirms our technical expertise but also heralds a promising outlook for our future collaboration. Project Highlights - Technical Innovation: The static mixer and hydrocyclones in this project employs the latest design and manufacturing technologies, ensuring high efficiency, low energy consumption, and long lifespan. It fully meets the stringent quality requirements of the Russian market. - Customized Service: Based on the specific needs of our Russian clients, we provide customized solutions to ensure that the product not only achieves optimal performance but also balances ease of operation and maintenance costs. - Strict Quality Control: Throughout the production process, we strictly implement the ISO 9001 quality management system. From raw material procurement to finished product delivery, every step undergoes rigorous quality inspection to ensure high product quality and reliability. - Logistics and Delivery: We closely collaborate with leading global logistics partners to ensure the safe and timely delivery of products, demonstrating our commitment to customer service and professionalism. Future Outlook The successful delivery of this project not only marks a new milestone in our cooperation with Russian clients but also lays a solid foundation for more collaborative projects in the future. We look forward to working hand in hand with your esteemed company to create even more remarkable achievements, explore the market together, and achieve mutual success. Should you have any further needs or questions, please do not hesitate to contact us. Our team will spare no effort to provide you with the highest quality service and support.

In the midst of the summer heat in July, our company successfully delivered four state-of-the-art backwash filters to our esteemed client. This timely delivery marks another milestone in our commitment to providing high-quality, reliable, and efficient water treatment solutions. The backwash filter filters, which are integral to the client's water purification system, have been designed using the latest technology to ensure maximum filtration efficiency and longevity. Each filter is meticulously crafted to meet stringent quality standards, guaranteeing optimal performance even in the most demanding environments. Our dedicated team worked tirelessly to ensure that the filters were manufactured, tested, and delivered on schedule. The successful delivery is a testament to our strong project management capabilities and our unwavering commitment to customer satisfaction. The client expressed their appreciation for our prompt delivery and the exceptional quality of the filters. They highlighted that the new filters would play a crucial role in enhancing their water treatment processes, contributing to improved operational efficiency and environmental sustainability. This project not only strengthens our partnership with the client but also reinforces our reputation as a reliable supplier of advanced water treatment solutions. We are proud to asupport our clients in achieving their operational goals and environmental targets. As we continue to innovate and expand our product offerings, we remain dedicated to delivering excellence in every project. Our team's expertise, combined with our state-of-the-art manufacturing facilities, positions us well to meet the evolving needs of our clients across various industries. We look forward to further collaborations and successes as we strive to make a positive impact in the water treatment sector. Should you have any inquiries or require more information about our products and services, please do not hesitate to contact us. Our team is always ready to assist you.

1. When storing backwash filters, they must be stored in an upright position, packaged properly, and placed according to the markings on the box. The ground should be flat to prevent the filter from tipping over and being damaged. During the transportation process, the components should also be handled with care to avoid damage.   2. The backwash filter should be stored in a dry, constant temperature place with small temperature and humidity differences, in a clean, dry, and well ventilated environment.   3. The backwash filter must be installed indoors. The installation site has sufficient lighting and is not allowed to store equipment, debris, etc. unrelated to the installation. Attention should be paid to keeping them away from fire sources, moisture-proof and rainproof, and avoiding direct sunlight and other strong light. Before running, it should be checked before starting up.   4. The backwash filter must be installed at the outlet of the pump, and a check valve must be installed at the outlet of the filter to prevent damage to the fine filter screen caused by instantaneous negative pressure and back pressure in case of sudden water shutdown.   5. The equipment is equipped with a time automatic cleaning function. During maintenance and cleaning, the power should be cut off to avoid personal injury or electric shock hazards caused by the automatic operation of the equipment.   6. Before the backwash filter is shut down for a long time, it is necessary to thoroughly clean the fine filter screen with fresh water to avoid microbial sludge blocking the mesh and affecting reuse. After cleaning, the internal water of the filter and high-pressure pump should be drained, the coarse filter screen should be cleaned, and stored indoors to avoid prolonged exposure to sunlight and prevent dust and dust from entering the body. In winter, anti freezing measures should be taken to prevent damage to the body and high-pressure pump components.   7. Stop the transmission nut at the bottom of the transmission sleeve inside the transmission sleeve, add lubricating oil (including 500ml of grease), and empty the lubricating oil before reuse before refilling with 300ml. The exhaust hole of the oil hole bolt can be sealed with adhesive tape to prevent dust from entering the interior of the transmission sleeve.

Common high viscosity liquid materials include oil, paint, lime water, sealing glue, plastic, synthetic fibers, polymers, and so on. These high viscosity liquids differ greatly from low viscosity liquids during the filtration process. Zhuo Nuo Technology first introduces the filtration characteristics of high viscosity liquids, and then based on this, introduces how to choose appropriate filters and filtration equipment for high viscosity liquids. The viscosity of high viscosity liquids is very high, typically ranging from a few hundred to tens of thousands of centipoises. The main reason that affects the viscosity of these materials is their molecular weight, and as the molecular weight increases, the viscosity of the materials also increases. Another important factor affecting viscosity is temperature. As the temperature increases, the viscosity of the fluid decreases. The impurities in most high viscosity liquids are mainly in a colloidal or semi colloidal suspended state, as well as heterogeneous solid granular impurities. The particle size distribution of impurities is mostly in the range of 0-100um. This impurity can easily block the pore size of the filter medium. It is easy to form a filter cake layer on the surface of the filter medium in a short period of time, and a few impurities will pass through the surface of the filter material and block the inner holes of the filter element* As a result, the filtration area of the filter material sharply decreased, and the flow rate decreased in a short period of time, and the pressure difference also quickly increased. . Selection of filter media The filtering medium determines the flow rate of the liquid and the ability to intercept impurities. Zhuo Nuo Technology continuously seeks more suitable filter materials and filters based on the research on the characteristics of high viscosity liquids mentioned above. It is necessary to consider factors such as the Dussel velocity of the filter material, surface viscosity of the filter material, corrosiveness, cleaning ability, high temperature resistance, etc..... Based on continuous research and repeated experimental verification, many filtering media use stainless steel filters * suitable for filtering high viscosity materials. Main advantages: The surface roughness is low, and the shear rate of the liquid during filtration is low, The thin thickness of the filter material belongs to surface filtration and is not easily clogged, High strength, even at high pressure differences, the filter aperture does not deform, the interception ability does not decrease, and the filtration accuracy is not affected, Low labor and material costs: Consumables can be used in conjunction with fully automatic self-cleaning filters, with no consumables or labor costs High temperature resistance: Stainless steel has strong temperature adaptability and can be used in environments of three to five hundred ℃ for a long time