Table of Contents
1. Hangzhou Hanzhikang Purification Equipment Co., Ltd.,China
2. Sartorius, Germany
3. Mitsubishi Chemical, Japan
4. Sulzer, Switzerland
5. Eaton, Italy
6. Sinoma Technology, China
7. Norit, Netherlands
8. 3M, USA
9. Woongjin Chemical, South Korea
10. Veolia, France
1. Hangzhou Hanzhikang Purification Equipment Co., Ltd.
Our company, Hangzhou Hanzhikang Purification Equipment Co., Ltd., is an enterprise specializing in the production, research and development of filtration products. We are committed to providing high-quality air and fluid filtration systems, covering design, manufacturing, sales and service, and are a new type of comprehensive company. We have an experienced technical team, as well as advanced equipment and instruments to ensure that our products meet the highest standards in quality and performance.
Professional team
29,000+ experts worldwide
Senior project managers effectively control all aspects of the project
7x24 hours delivery
Located in 27 cities around the world,with 50 delivery centers,providing 200+ languages,7x24 hours delivery capacity,is the best partner for enterprise globalization
834M
Total Freelancer
732M
Positive Review
90M
Order recieved
236M
Projects Completed
Products Description
Process Water Filtration: In industrial settings, it plays a crucial role in process water filtration. It effectively removes fine particulates, sediment, and contaminants from the water supply used in manufacturing processes. By ensuring the purity and quality of process water, these filters help maintain product integrity and prevent equipment damage or malfunction caused by contaminated water.
Protecting Sensitive Equipment: Industrial machinery and equipment often rely on clean water for optimal performance. It acts as a frontline defense, preventing particulate matter from reaching sensitive components such as pumps, valves, and heat exchangers. By reducing the risk of equipment fouling and corrosion, these filters help extend the lifespan of industrial equipment and minimize costly repairs and downtime.
Cooling System Maintenance: Cooling systems, including cooling towers and heat exchangers, require clean water to operate efficiently. It is used to remove fine particles and impurities from cooling water, preventing clogging and scaling in heat transfer surfaces. By maintaining clean and clear water circulation, these filters contribute to the overall efficiency of cooling systems and prolong the service life of associated equipment.
Pre-Treatment for Reverse Osmosis: In water treatment processes, such as reverse osmosis (RO), pre-treatment is essential to protect delicate membranes from fouling and damage. It serves as a pre-filtration step, removing suspended solids, silt, and other contaminants before water enters the RO system. This helps optimize the performance and longevity of RO membranes, ensuring efficient water purification with minimal maintenance requirements.
Ensuring Product Quality: Industries such as food and beverage manufacturing, pharmaceuticals, and electronics require high-quality water for product manufacturing and processing. The 1 Micron Pleated Water Filter is used to achieve the stringent purity standards required in these industries. By delivering clean and filtered water free from particles and impurities, these filters contribute to product consistency, regulatory compliance, and consumer safety.
Liquid Flow Characteristics :
Main Product
Pre Filter Cartridge
1 Micron Pleated Water Filter
20 Micron Pleated Water Filter
Pp Sediment Filter
Polypropylene Filter Cartridge
High Volume Water Filter
Applications
Filtration of oil stains and suspended gel liquids:
Filtration of oil stains and suspended gel liquids involves the process of passing the contaminated liquid through a filtration system designed to capture and remove unwanted oil droplets, stains, suspended particles, or gel-like substances. This process employs specialized filters or cartridges that are engineered to effectively separate and retain these impurities, resulting in a cleaner and clarified liquid.
Beverage clarification and filtration
Beverage clarification and filtration involve a crucial process in the production of beverages, aiming to improve their visual clarity, taste, and overall quality. This process comprises passing the beverage through specialized filtration systems designed to remove suspended particles, sediments, and unwanted impurities. The filtration typically utilizes specific filters, including activated carbon, diatomaceous earth, or micron filters, to capture and separate these particles. By doing so, the beverage achieves a clearer appearance and a smoother texture, enhancing its marketability and consumer appeal.
Prefiltration of pharmaceutical and biological product fluids:
The prefiltration process for pharmaceutical and biological product fluids is a critical step in ensuring product purity and integrity. It involves passing the fluid through specialized filtration systems designed to remove larger particles, aggregates, and impurities prior to subsequent fine filtration or processing. Prefiltration typically employs filters with larger pore sizes to capture and separate these initial impurities effectively. By doing so, the prefiltration process helps protect downstream filters and equipment, extending their lifespan and optimizing filtration efficiency. Additionally, it enhances the overall quality and safety of the pharmaceutical and biological products by reducing the load on subsequent filtration stages and ensuring that the final product meets the required standards of purity. This prefiltration step is an indispensable aspect of the production process for pharmaceutical and biological products, playing a significant role in upholding product quality and patient safety.
Filtration of cosmetics, gels, shampoos
The filtration process for cosmetics, gels, and shampoos is a crucial step in their production, aiming to enhance product purity and quality. This process involves passing the product through specialized filtration systems designed to remove impurities, particles, and unwanted substances. These filtration systems employ various filters, such as micron filters or activated carbon, to effectively capture and separate these contaminants. Through this filtration, the cosmetics, gels, or shampoos achieve a higher level of clarity, ensuring a more appealing appearance and texture for consumers. Additionally, filtration aids in improving product stability, extending shelf life, and preventing potential skin irritations that may result from impurities. Overall, filtration is an essential component of the manufacturing process for cosmetics, gels, and shampoos, contributing to the delivery of high-quality, safe, and reliable products to consumers.
2. Sartorius, Germany
Development trajectory: Founded in Göttingen in 1870, it became a leader in bioprocess filtration after acquiring Stedim in 2007, occupying 62% of the global disposable filter market.
Innovation breakthroughs:
Developed 0.02μm ultrafiltration membrane that can intercept 20nm virus particles
Integrated integrity tester, online detection time shortened to 18 seconds
Growth bottlenecks:
Consumables dependence: 82% of revenue comes from disposable filters, facing the impact of reusable technology
Cold chain constraints: must be transported at 2-8℃ throughout the process, and the loss rate of emerging market channels is 12%
3. Mitsubishi Chemical of Japan
Corporate background: It was separated from Mitsubishi Group in 1950 and mass-produced the world's first hollow fiber ultrafiltration membrane in 1982. It now has 217 MF/UF membrane-related patents.
Core advantages:
The life of strong acid and alkali resistant PVDF membrane is up to 10 years (the average of peers is 5-7 years)
The original "gradient aperture" structure reduces the fouling rate by 40%
Transformation resistance:
Customization trap: 85% of production lines can only produce products of Japanese standard JIS B8356 specifications
Digital fault: MES system still uses the DOS architecture developed in the 1990s
4. Sulzer, Switzerland
Technology route: Founded in Winterthur in 1834, it focuses on high-viscosity liquid processing. Its self-cleaning centrifugal filter has the largest market share in the field of lubricating oil purification.
Process features:
Dynamic shear separation technology, processing resin solution with viscosity up to 8000cP
Integrated AI dirt prediction model, cleaning cycle error ≤3%
Technical limitations:
Micron-level bottleneck: minimum filtration accuracy is only 5μm, unable to enter the semiconductor-level market
Energy consumption disadvantage: unit processing power consumption is 2.8 times higher than membrane technology
5. Eaton, Italy
Cross-border challenge: Started in hydraulic system manufacturing in 1911, acquired Germany's Filtertek in 2015 to enter the filtration field, focusing on the construction machinery market
Market strategy:
Developed a sintered metal filter element with a pressure resistance of 35MPa
Established a hydraulic oil cleanliness alliance with Bosch Rexroth
Structural defects:
System integration shortcomings: lack of independent filtration system design capabilities, 80% of products need to be used with the main engine
Material innovation lags behind: still using 316L stainless steel substrate developed in the 1980s
6. China National Materials Technology
Rise path: Born out of Nanjing Glass Fiber Research Institute in 2001, built Asia's largest meltblown filter material production line in 2016, and has a 61% market share in domestic power plant desulfurization filters.
Cost advantage:
The cost of glass fiber/PTFE composite filter material is 55% lower than that of imported materials
48-hour rapid proofing response mechanism
Obstacles to going overseas:
Lack of certification: only passed the GB/T 6165 national standard, and did not obtain FDA 21 CFR 210/211 certification
Precision fluctuation: The difference in filtration efficiency between batches reached ±8% (international first-line brands are controlled at ±3%)
7. Norit of the Netherlands
Professional barriers: Founded in Deventer in 1918, it is the global standard setter for activated carbon filters and has 128 municipal project cases in the field of water treatment.
Technical reserves:
Microporous structure control technology, iodine value up to 1050mg/g
Catalytic oxidation function filter element can decompose organic pollutants
Strategic risks:
Technical path dependence: 93% of revenue comes from activated carbon products, and the customer churn rate increases by 15% annually under the impact of nanomaterials
Regeneration technology defects: thermal regeneration method causes 20% activated carbon loss, and the economic efficiency is inferior to chemical regeneration
8. 3M, USA
Multi-field penetration: Founded in 1902, launched the first folded filter element in 1978, and currently has 47 filtration product lines covering everything from automobiles to data center coolant treatment.
R&D breakthroughs:
Electrospinning nanofiber filter material, 3 times more pollutant holding capacity
Obtained NSF/ANSI 61 drinking water system certification
Application pain points:
Lack of interface standardization: 30% of customized projects require transformation of existing pipeline systems
Temperature-sensitive defects: Polypropylene filter elements deform above 65°C
9. Woongjin Chemical of South Korea
Road to counterattack: Founded in 1989, acquired CSM Membranes in 2015 to obtain seawater desalination membrane technology, and is now the largest RO membrane supplier in the Middle East.
Technical highlights:
High-throughput brackish water membrane water production rate of 8.5m³/d (industry benchmark 7.2m³/d)
Anti-biological fouling coating technology extends the cleaning cycle to 120 days
Potential crisis:
Patent expiration risk: core patent KR1020150034561 will expire in 2026
High-pressure tolerance defect: maximum operating pressure of 8.5MPa, lower than DuPont FilmTec's 10.3MPa
10. Veolia, France
Business extension: Founded in 1853, the world's largest water company, in 2019 through the acquisition of GE Water to cut into industrial filtration, but the integration effect was not as expected.
Resource advantages:
Empirical data accumulation of 43 water treatment laboratories around the world
Self-developed Antifoulant SC-300 scale inhibitor
Capacity gap:
Insufficient industrial know-how: Chemical customers complain that the design error rate of filtration systems is as high as 22%
Low response speed: The average delivery cycle of customized engineering solutions is 9 months
fAQ
1.What is the maximum flow rate that the High Volume Water Filter can handle?
The High Volume Water Filter can handle a maximum flow rate of [specify flow rate] gallons per minute.
2. How often should the 5 Micron Filter Cartridge in a 20 Inch size be replaced?
The 5 Micron Filter Cartridge in a 20 Inch size should be replaced approximately every [manufacturer-recommended replacement interval] months, or when pressure drop is significant.
3.Can the Micron Filter Cartridge effectively remove bacteria and microorganisms from the water?
Yes, the Micron Filter Cartridge is designed to effectively remove bacteria and microorganisms from the water down to its rated micron size.
4.Is the 3 Stage Water Filter Cartridge compatible with our existing water filtration system?
The compatibility of the 3 Stage Water Filter Cartridge with your existing system depends on the specifications and design of your current filtration system. We recommend consulting with our technical team to determine compatibility.
5.What materials are used to manufacture the Pre Filter Cartridge?
The Pre Filter Cartridge is typically made from high-quality polypropylene or other suitable materials that provide effective filtration and durability.
6.How does the 5 Micron Filter Cartridge contribute to improving water quality?
The 5 Micron Filter Cartridge effectively removes larger particles, sediment, and contaminants down to 5 microns, improving water clarity and overall quality.
7.Are there any bulk purchase discounts available for the Pre Filter Cartridge?
Yes, we offer bulk purchase discounts based on the quantity of Pre Filter Cartridges ordered. Please contact our sales team for specific pricing and discount options.
8.Can the 3 Stage Water Filter Cartridge be customized to address specific water quality concerns?
Yes, the 3 Stage Water Filter Cartridge can be customized to target specific contaminants or address particular water quality issues. Customization options are available; please contact our sales team for more information.
9.What is the typical lifespan of the Pre Filter Cartridge under normal usage conditions?
The typical lifespan of the Pre Filter Cartridge is approximately [manufacturer-recommended lifespan] months, depending on usage and water quality.
10.Is the High Volume Water Filter suitable for commercial or industrial use?
Yes, the High Volume Water Filter is specifically designed for commercial and industrial applications where a high flow rate and effective filtration are required.