GSE Tech(Suzhou)  Co., Ltd.
GSE Tech(Suzhou)  Co., Ltd.
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Hollow Fiber Membrane Compact Integrated Nitrogen Generator
  • Hollow Fiber Membrane Compact Integrated Nitrogen GeneratorHollow Fiber Membrane Compact Integrated Nitrogen Generator

Hollow Fiber Membrane Compact Integrated Nitrogen Generator

Designed for small-flow, multi-scenario, lightweight gas applications, GSE tech factory introduces the Compact Hollow Fiber Membrane Compact Integrated Nitrogen Generator. Integrating air compression, precision purification, hollow fiber membrane separation, stabilized output, and intelligent control into a single compact unit, it is purpose-built for laboratory analysis, small-scale packaging, electronics soldering, and precision component protection.

Requiring no external air compressor or auxiliary purification tanks, it delivers stable nitrogen simply by connecting power—truly "one machine replaces an entire system." It is the optimal choice for small-volume users seeking to replace cylinders and simplify gas supply.


The GSE tech supplier's high quality China Hollow Fiber Membrane Compact Integrated Nitrogen Generator features an integrated skid-mounted design with no exposed piping and a neat layout, suitable for placement on workbenches, beside equipment, or in tight corners—no dedicated equipment room or infrastructure is required. Unlike traditional separate-component systems, factory-preset parameters eliminate the need for professional commissioning. Even untrained personnel can start it with one touch. The system is adaptable to global voltage standards and diverse operating conditions, serving research laboratories, light industrial packaging, precision manufacturing, and food preservation applications.


Operating Principle

Ambient air is compressed by the built-in oil-free air compressor and then passes through a three-stage precision purification system that removes dust, moisture, and trace oil to achieve low dew point and oil-free standards. The purified air enters the core—the hollow fiber membrane stack—where membrane filaments made from specialized polymer materials with micron-sized pores separate gases based on differential permeation rates: oxygen and water vapor rapidly permeate through the membrane walls and are vented, while nitrogen molecules are retained and concentrated. A stabilization module regulates pressure and purity, delivering clean nitrogen directly. The entire process operates at ambient temperature and pressure with no phase change, no regeneration, and no secondary contamination—producing nitrogen immediately upon startup, suitable for continuous operation.


Key Applications

Focused on small-flow precision gas supply:

Laboratories: Gas chromatography, nitrogen evaporators, mass spectrometry, and other precision instruments

Food Packaging: Small snacks, sauce packets, pastry nitrogen flushing

Electronics: SMT soldering oxidation prevention, component encapsulation protection

Light Manufacturing: Laser marking, small-scale welding, and precision parts oxidation prevention

Others: Artifact moisture protection, small-scale storage inerting, and portable equipment support


Core Advantages

1. Ultimate Compact All-in-One Design

The Hollow Fiber Membrane Compact Integrated Nitrogen Generator integrates a compressor, purification, membrane separation, stabilization, and control into a mini cabinet with a footprint just one-third that of conventional PSA systems. Lightweight and space-saving, it can be wall-mounted, benchtop-placed, or mobile. Optional casters enable easy relocation for multi-workstation rotation—completely eliminating the space occupation, complex installation, and piping clutter issues of traditional systems.


2. High-Efficiency Membrane Core – Long Service Life

The system features imported hollow fiber membrane modules with excellent contamination and moisture resistance and high separation efficiency, delivering nitrogen purity that is stably adjustable between 95% and 99.9%. With no moving parts, the membrane operates statically without wear, achieving a normal service life of 8–10 years—far longer than conventional carbon molecular sieves. Built-in three-stage precision filtration effectively protects membrane modules from oil and water contamination, ensuring minimal performance degradation over time and extremely low maintenance costs.


3. Quiet and Energy-Efficient Operation

Using static membrane separation technology with built-in silencers, the unit has no high-frequency valve cycling or reciprocating tower movement, operating at far lower noise levels than traditional equipment—without disrupting sensitive laboratory work, office environments, or workshop operations. Low overall power consumption is 15%–25% lower than PSA systems and more economical than cylinder supply, delivering substantial long-term operating cost savings.


4. Intelligent Fully Automatic – Start and Forget

The integrated micro-intelligent control system features one-touch start/stop, automatic pressure stabilization, automatic impurity venting, and real-time purity display. Substandard gas is automatically diverted to ensure consistent nitrogen quality. The unit contains no wearable moving parts; daily maintenance is limited to periodic condensate drainage and filter element replacement. No specialized personnel required—truly "unattended" operation.


Installation & Commissioning

The unit has no special site requirements—it can be placed on level ground, workbenches, or corners without foundation work or dedicated equipment rooms. Quick-connect fittings enable fast connection to gas consumption equipment; simply connect power for startup. A single person can complete installation in 5 minutes with no specialized training required.


Advantage Over Alternatives

Traditional separate-component systems require external compressors, purification, buffer, and control units—occupying large space with complex installation and leakage-prone connections. PSA systems involve high noise, frequent valve cycling, and regular molecular sieve replacement. Nitrogen cylinders require cumbersome handling, high-pressure storage risks, pressure decay, inconsistent supply, and repeated procurement costs.


In contrast, the GASET Compact All-in-One Hollow Fiber Membrane Nitrogen Generator delivers an integrated, space-saving, quick-installation solution with quiet, stable operation and minimal maintenance—offering the most cost-effective gas supply for small-volume users.


Inquiry & Consultation

For domestic and international customers interested in purchasing the GASET Hollow Fiber Membrane Compact Integrated Nitrogen Generator, upgrading small-flow nitrogen sources, or requiring dedicated nitrogen supply for laboratories or workstations, please provide your required flow rate, nitrogen purity, supply voltage, and available installation space. We will recommend the optimal model based on your operating conditions. Standard models are available from stock; non-standard custom configurations (voltage, dimensions, interfaces) are available with fast production lead times. Research institutes, food manufacturers, electronics companies, and trading partners are welcome to inquire. Free sizing consultation and on-site trial services are available.


Technical specifications

Hollow Fiber Membrane Compact Integrated Nitrogen Generator


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Contact Info

If you have any enquiry about quotation or cooperation, please feel free to email us at di.huang@gsetech.cn or use the following inquiry form.Our sales representative will contact you within 24 hours. Thank you for your interest in our products.

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