Shenzhen TAIKE Membranes –
Global quality PES ultrafiltration
at optimal cost
In 2023, Taike commissioned a new ultrafiltration manufacturing facility in Shenzhen dedicated to the production of top‑tier PES hollow fiber UF membranes. This modern plant enables stable, large‑scale output while maintaining strict quality control across every stage of production.
Relying on proven yet continuously optimized membrane technologies, Taike delivers products that consistently outperform many competing solutions in reliability and service life. As a result, customers receive robust industrial ultrafiltration membranes that ensure high separation efficiency and dependable operation in demanding applications.
of global industry events
of PES ultrafiltration membranes
As a dedicated ultrafiltration membrane manufacturer, Shenzhen TAIKE oversees every phase of production - from pioneering advanced material research to precision manufacturing and stringent quality assurance. This direct-from-factory model guarantees that each membrane module we deliver meets the highest industry benchmarks for performance, reliability, and uniformity.
Each membrane module undergoes rigorous testing and quality control procedures during manufacturing process to ensure compliance with international standards and customer specifications.
We have established comprehensive after-sales service system and are committed to providing customers with timely, professional services. We regularly visit our customers to collect their feedback in order to continuously improve our products and services.
Our production employs state-of-the-art technology to ensure consistent pore size distribution and durable hollow fiber structures, essential for achieving exceptional flux rates and superior contaminant removal. Operating as a manufacturer empowers us to drive continuous innovation, seamlessly incorporating the latest membrane science breakthroughs into our products, offering you cutting-edge filtration solutions tailored to your needs.
As a premier OEM ultrafiltration membrane factory we deliver customized UF membranes engineered for diverse applications. In conventional UF setups, our membranes excel as robust pre-treatment for RO systems or standalone solutions for pristine drinking water production. Our flexible OEM services enable precise tailoring: module dimensions, connection interfaces, and performance specs to align perfectly with your system designs or branding demands, ensuring optimal integration and unmatched reliability.
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PES Advantages
Superior Hydrophilicity
Inherent water-attracting properties for higher flux rates
Lower Operating Pressure
Reduced energy consumption and operational costs
Excellent Cold Water Performance
Maintains efficiency in low-temperature applications
Lower Maintenance
Inside-out design minimizes fouling -
PVDF Limitations
Hydrophobic Nature
Requires modification for better water permeability
Higher Pressure Required
Increased energy costs for equivalent throughput
Limited Cold Water Efficiency
Reduced filtration rates in cold conditions
Higher Maintenance Frequency
More frequent cleaning and replacement cycles
PES membranes deliver unmatched water permeability and flux rates through their inherent hydrophilicity, reducing energy costs and increasing throughput in demanding applications like process water purification and wastewater recycling.
Unlike PVDF, which struggles with lower filtration rates for demanding applications, especially in cold water filtration scenarios.
PES systems operate at lower pressure than PVDF equivalents, maximizing filtration flux and cutting operational costs for unbeatable productivity.
With minimal fouling due to its from-inside-out filtration design, PES membranes deliver lower maintenance costs, while providing robust chemical resistance—perfect for harsh industrial environments and long-term value.
Our products
PES hollow fibers
Taike’s latest-generation membrane fiber matches well-known Global brand’s membrane fibers in geometry, selective layer architecture, and support structure, a fact confirmed by SEM analysis.
A modern production line ensures fiber with uniform geometry, eliminating shape distortion and wall thinning.
Polymer concentration in the spinning dope is never reduced: the priority is long-term reliability and service life of the fiber, which is critical for demanding applications.
Taike focuses on precise pore and supporting layer engineering, achieving an optimal balance between permeability, selectivity, and mechanical strength, which makes our ultrafiltration hollow fibers a reliable choice for large-scale drinking water plants.
Competitors often show little distinction between the selective layer and the supporting structure, this leads to increased pressure drop and forces end-user to conduct more frequent and more aggressive membrane cleanings.
Our supporting layer quality is the same like global leader Pentair.
We use premium BASF polyethersulfone rather than generic PES, delivering a higher density of active pores, superior mechanical strength, and consistent performance from batch to batch.
The true pore size of 20 nm on the selective surface of our membranes, combined with the absence of macro-voids, ensures outstanding filtration quality and highly stable barrier properties.
By contrast, many competitors operate with a pore size range of 20 - 100 nm (still formally classified as ultrafiltration), increasing average pore size to cut costs and boost permeability at the expense of filtration quality and reliability.
Our quality is at the same level as global leading brands like Pentair.
Replacement of well-known
global brand ultrafiltration modules
+ 86 18924616753
Address: 101, Building B6, Tianrui Industrial Park, No. 35 Fuyuan 1st Road, Zhancheng Community, Fuhai Street, Bao'an District, Shenzhen
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