GAZTRON engineering private limited is one leading manufacturers and exporters of PSA based medical oxygen gas generation plant & Oxygen Gas Plants, medical oxygen manufacturing plant in India. For More Information Kindly
medical oxygen Oxygen connector 1.5M/1.8M/2M/5METC
Medical grade PIC/S GMP factory
OXYGEN CYLINDERS 150 Bar, Valve: GF-6A, Certificate: ISO9001/ISO13485.
PART # SERVICE PRESSURE WATER CAPACITY DIAMETER LENGTH WEIGHT OXYGEN ã?? psi bar lbs liters in mm in mm lbs kgs cu ft liters M6 2216 153 2.3 1 3.19 81 11.81 300 2.18 0.8 6 170 M7 2015 139 3 1.4 4.37 111 9.45 240 3.53 1.6 7 198 M9 2015 139 3.7 1.68 4.37 111 11.03 280 3.86 1.75 9 255 MD 2015 139 6.2 2.8 4.37 111 16.65 423 5.51 2.5 15 425 Jumbo D 2216 153 8.8 4 5.42 133 17.32 440 8.8 4 22.9 647 M22 2216 153 8.5 3.9 5.24 133 16.93 430 8.6 3.9 22 623 ME 2015 139 10.0 4.55 4.37 111 25.63 651 7.72 3.7 24 680 M33 2216 153 12.8 5.8 6.89 175 15.75 400 14.1 6.4 33 935 M42 2216 153 16.5 7.5 6.89 175 19.29 490 16.75 7.6 42 1189 M60 2216 153 23.2 10.5 7.28 185 23.1 587 22.92 10.4 60 1699 M90 2216 153 34.7 15.7 7.28 185 32.7 831 30.86 14 90 2549
GAZTRON engineering private limited We are manufacturers and exporters, authorized, distributor of Medical Oxygen Generator Plant in India.
Water capacity 46.7 Litre , weight 50 kg , 7 Cubic gas , 5.3 MM
we are provide medical oxygen cylinder 46.7 litres water capacity & gas 7 cubic and also provide 10.2 litres water capacity , gas 1.5 cubic
Oxygen generator uses molecular sieve pressure swing adsorption principle, takes air as raw material, and absorbs nitrogen and other gas components to improve oxygen concentration to produce oxygen-enriched air. Oxygen concentration ranges from 90% to 96% (VA/), which can provide oxygen for therapy or relieve discomfort caused by hypoxia. When the equipment works, compressed air is injected into a closed adsorption tower filled with molecular sieve, which causes the pressure in the adsorption tower to rise. With the increase of environmental pressure, the molecular sieve absorbs a large amount of nitrogen in the compressed air, while oxygen in the compressed air still exists in the form of gas and is collected through a certain pipeline. This process is often referred to as the "adsorption" process. When the nitrogen adsorbed by the molecular sieve in the container reaches the critical state of adsorption saturation, the adsorption tower is blown to reduce pressure. With the decrease of environmental pressure, the ability of molecular sieve to adsorb nitrogen decreases, and nitrogen is released back to the gas phase from the molecular sieve and discharged as waste gas. This process is often called "desorption". In order to ensure the continuous and stable output of oxygen, the oxygen generator usually adopts two (or more) molecular sieve adsorption towers, which are controlled by rotating separation valves, so that one adsorption tower is in the adsorption process while the other adsorption tower is in the desorption process, and the two work alternately to complete the continuous oxygen production process.
50L Oxygen Concentrator for High-Demand Medical Facilities In todays healthcare environment, hospitals, clinics, and nursing homes face constant challenges to provide consistent, high-purity oxygen supply for their patients. Our 50L Oxygen Concentrator is meticulously designed to meet these needs, delivering a reliable oxygen solution for medical settings that require robust, uninterrupted oxygen support. Key Benefits and Product Specifications High Oxygen Purity and Stability Our 50L Oxygen Concentrator guarantees an oxygen purity of â?¥90% (v/v), which is essential for medical-grade applications. This high purity level meets stringent standards, providing peace of mind for medical professionals focused on patient safety and effective oxygen therapy. Adjustable Output Pressure for Diverse Applications With an output pressure adjustable between 0.3-0.8 MPa, our concentrator supports flexible oxygen delivery suited to different medical needs. This adjustability enables healthcare facilities to optimize oxygen flow across various applications, from intensive care to general patient support, providing tailored solutions for specific patient requirements. Energy Efficiency and Low Operational Costs Rated at â?¤78 for power consumption, our concentrator is both energy-efficient and cost-effective. This low power requirement helps healthcare facilities manage operational costs without compromising on performance, an important consideration for large hospitals and multi-patient clinics where energy costs can escalate. High Capacity for Extensive Coverage Designed to serve up to approximately 1500 sickbeds, this concentrator offers high output volume to ensure adequate oxygen supply for multiple patients simultaneously. This capacity is ideal for large hospitals or specialized facilities, minimizing the need for multiple units and thus reducing space, installation, and maintenance needs.
