Introduction to nitrogen generator 99,996%

Our independently developed NG-P series nitrogen generator has a purity of over 99.996% and is suitable for the laboratory’s demand for high-purity nitrogen. It is an ideal device to replace dangerous high-pressure nitrogen gas cylinders.

Tehnical Specification

SpecificationNG-P300NG-P500
Max flow rate300ml/min500ml/min
Output Pressure4bar4bar
Nitrogen Purity99.999%99.999%
Gas outlet size1/8“ BSPP1/8“ BSPP
Phthalatesnonenone
Suspended Liquidsnonenone
Start-Up Time For Purity45min55min
Electrical Requirements220 VAC ± 10% 50 Hz220 VAC ± 10% 50 Hz
Whether built in compressoryes(oil free compressor)yes(oil free compressor)
Size
Weight45kg46kg
Noise level55db55db

Application

  1. Laboratory Analytical Instruments (Most Common Use)
    Gas Chromatography (GC): Carrier gas for FID, TCD detectors; prevents column oxidation, improves test stability.
    Liquid Chromatography‑Mass Spectrometry (LC‑MS): Nitrogen purge for ion source, curtain gas, drying gas.
    Total Organic Carbon (TOC) analyzer: Purge blank gas to eliminate oxygen interference.
    Elemental analyzers, atomic absorption spectrometers (AAS), ICP instruments.
    Need ultra‑dry, oxygen‑free nitrogen; small flow perfectly matches lab instrument consumption.
  2. Lithium‑ion Battery R&D & Small‑Batch Assembly
    Lab‑scale battery prototyping: Electrolyte injection, cell sealing, tab welding protection.
    Glove box nitrogen supply: Maintain oxygen‑free environment for coin cell / pouch cell assembly.
    Prevent lithium metal oxidation, electrolyte degradation; 99.999% purity is mandatory.
  3. Semiconductor & Micro‑Electronics (Small‑scale Process)
    SMT lab testing, small‑batch chip packaging, wafer surface purging.
    Micro‑component welding protection, avoid copper pad/solder joint oxidation.
    MEMS sensor production, tiny part sealing.
  4. Material Science & Chemical Research
    Inert gas protection for micro‑reaction kettles, high‑temperature sintering experiments.
    Purge gas for small vacuum chambers, prevent oxidation of sensitive samples.
    Nano‑material synthesis, catalyst preparation, anaerobic reaction environment.
  5. Medical & Pharmaceutical Testing
    Small‑batch freeze‑dried drug testing, microbial anaerobic culture.
    Quality inspection of pharmaceutical raw materials, nitrogen blanketing for lab samples.
  6. Other Precision Small‑Flow Applications
    Laser marking / micro‑cutting for tiny precision parts.
    Environmental monitoring equipment calibration gas dilution.
    Jewelry/metal micro‑welding anti‑oxidation protection.
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