It generates high-purity nitrogen gas (99% to 99.99%) solely from the infinite atmosphere using power.
The small high-purity nitrogen gas generator N2 gas maker adopts the PSA method, which is optimal for high-purity refinement, and generates high-purity nitrogen gas solely from the infinite atmosphere. It produces nitrogen gas stably, inexpensively, and easily at the required location. It enhances safety and reduces costs as a replacement for cumbersome and dangerous high-pressure gas cylinders. ■ Stable production of high-purity nitrogen gas ■ Three models according to gas generation volume and purity ■ Compact design ■ Built-in small air pump for low noise, low vibration, low power consumption, and long lifespan ■ Equipped with a safety stop function
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【Type-1 Specifications】 ■Gas Purity: 99.99%, 99.9%, 99% ■Generation Rate: 1.0NL/min, 2.0NL/min, 4.0NL/min (The generation rate varies according to purity.) ■Discharge Pressure: 0.2MPa ■Power Consumption: 180W ■Size: 280 (W) × 350 (D) × 360 (H) mm / 20kg
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Main Uses: Purge gas for sample concentration, carrier gas for analytical instruments, supply for culture devices and bioreactors, non-oxidizing sealing gas for solvents and powders, gas replacement packaging for chemicals, metal heat treatment, quality preservation for food and dried products, CA storage for fruits and vegetables.
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Model number | overview |
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BMS-GMN9999-1 | Gas purity: 99.99%, Generation rate: 1.0NL/min |
BMS-GMN999-2 | Gas purity: 99.9%, Generation rate: 2.0NL/min |
BMS-GMN99-4 | Gas purity: 99%, Generation rate: 4.0NL/min |
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Biomedical Science (BMS) provides high-quality and high-precision research products based on cutting-edge scientific and technological information from both domestic and international sources in the life sciences field. 【Main Products】 ■ Bead Mill Disruption Device ■ Micro Osmometer ■ Micro Spectrophotometer, Plate Reader, and other analytical instruments ■ Incubator ■ Equipment and consumables for plant cultivation ■ Liquid Nitrogen-related products ■ General-purpose equipment such as centrifuges, water baths, and stirrers ■ Laboratory containers and instruments made of glass and plastic ■ Experimental consumables such as microtubes and tips ■ Research reagents Others