Fujian Huamo Technology Co., Ltd. is one of the most reliable manufacturers and suppliers of pvc high flux hollow fiber membrane in China. If you're going to wholesale bulk pvc high flux hollow fiber membrane made in China, welcome to get catalog and price list from our factory. All custom made products are with high quality and competitive price. Also, OEM service is available.
Product Details
PVC high flux hollow fiber membrane modules are designed for stable filtration under low operating pressure with high permeate output. UF membrane adopts an inside-out structure, allowing feed water to flow inside the fibers and pass through the membrane wall for separation. With a design flux of 40–120 L/m²·h and initial capacity up to 9 m³/h depending on model, the module supports continuous operation in varying water conditions. As a hollow fiber membrane supplier, production control focuses on consistent fiber geometry and stable filtration performance across batches.
Product Specifications
Model | UF-4040 | UF-4046 | UF-6060 | UF-8060 | UF8040 | UF-1060 |
Molecular weight cut off(Dalton) | 50,000 | 100,000 | ||||
Size(mm) | 90x1016 | 90x1155 | 160x1352 | 200x1405 | 202x1016 | 250x1715 |
Effective membrane area | 4㎡ | 4.8㎡ | 15㎡ | 25㎡ | 21㎡ | 52㎡ |
Initial flux | 0.8m3/h | 1m3/h | 4.5m3/h | 5m3/h | 5m3/h | 9m3/h |
Virus removal rate | ≥4log | ≥6log | ||||
Type | Inside-out | |||||
Shell | PVC | |||||
Seal materials | epoxy resins | |||||
Membrane material | PVC | |||||
Hollow fiber id/od size | 1.0mm/1.6mm | |||||
Produced water pollution index(SDI25) | ≤3 | |||||
Max operating pressure | 0.3MPa | |||||
Suggest operating pressure | ≤0.2MPa | |||||
Max transmembrane pressure | ||||||
Backwash pressure | 0.05-0.1MPa | |||||
Design flux | 40-120L/㎡/h | |||||
Operating mode | Cross flow or dead-end flow | |||||
Permeate turbidity | ≤0.1NTU | |||||
Operating temperature | 5-40℃ | |||||
PH range | 2-10 | |||||
Video Description
Why Choose Our Hollow Fiber Membrane?
When choosing an ultrafiltration membrane, PVC, PAN, and PVDF each offer distinct advantages. PAN provides good hydrophilicity but lower chemical resistance. PVDF delivers excellent durability and chemical tolerance but at a higher cost.
Our PVC Hollow Fiber Membrane strikes the ideal balance: it offers comparable mechanical strength and chemical resistance to PVDF, yet is significantly more cost-effective. With high flux, anti-fouling properties, and reliable performance in water and wastewater treatment, PVC delivers exceptional value - premium performance without the premium price. Choose PVC for affordability, durability, and efficiency.
As an PVC high flux hollow fiber membrane manufacturer, technical support is available for system configuration and application matching based on project requirements.
Quality Assurance
Our membranes are backed by CE, NSF, and ISO certifications - a testament to our commitment to quality, safety, and international standards. These accreditations ensure our UF membrane module meet rigorous performance and hygiene requirements for global water treatment applications. Choose us for certified reliability, compliance, and peace of mind.
FAQ
1. Is there a minimum order quantity (MOQ) to qualify for the best pricing?
Yes, we have a standard MOQ in place; We employ a tiered pricing system, offering significant price discounts for large-volume orders. Furthermore, for partners willing to sign regular, fixed-amount procurement contracts, we are happy to negotiate and develop flexible pricing schemes.
2.What is the recommended SDI level for RO pretreatment after UF?
The UF permeate typically achieves an SDI₍25₎ of ≤3, and in optimized conditions ≤1. This meets the standard requirements for reverse osmosis feed water and helps reduce fouling on RO membranes.
3.What does "high flux" mean for hollow fiber membranes?
"High flux" refers to the membrane's ability to produce a higher volume of permeate water under specified operating conditions. A high flux membrane helps increase system water output and can reduce the membrane area required for a given treatment capacity, depending on feed water quality and operating design.