Gas Plants Dealers in Gayatri Nagar, Bangalore

• Material: Aluminium
• Corrosion Resistance: Yes
• Length: 200-220 mm
• Tensile Strength: 300-400 Mpa
• Tolerance: +/-0.3mm

Measured elements: hydrogen Samples: metals, steel Furnace alignment: horizontal tilting function Sample carrier: ... Applications: alloys, copper, steel, ... Furnace: resistance furnace with quartz tube, adjustable up to 1000 °C (operating temperature 900 - 1000 °C) Detection method: thermal conductivity

• Automation Grade: Automatic
• Capacity: 50 LPM to 1000 LPM
• Usage/Application: Hospitals and Industries
• Technique: PSA
• Purity: 93%

Analysis of oxygen has become a part of every industry that uses or produces gas or gas mixtures. Teledyne’s complete line of portable gas analyzers provides this vital analysis in a compact package operating without an external power source. Oxygen concentration in the sample gas stream is measured by Teledyne’s own advanced Micro-fuel Cell sensor specific to oxygen.The high-accuracy and fast response of these units is ideal for measuring oxygen in hydrogen, nitrogen, argon, helium, acetylene, ethylene, butadiene, carbon dioxide, hydrocarbons and many other gases.

• Application: Medical and Industrial Use
• Design: Customized
• Automation Grade: Automatic
• Brand Name: Atlas Copco
• Flow Rate(LPM)/(Nm3/hr): 100 LPM / 6 Nm3/Hr
• Technology Used: PSA(Pressure Swing Adsorption)
• Purity Of Oxygen: 95%
• Approval & Licenses: ISO
• Make of Compressor: ATLAS COPCO

• Application: Industrial Use
• Display: 128*64 pixels graphical LCD
• Degree of protection: IP-65
• Weight: 445 gms
• Temperature Range: 0- 55 deg. C

Dissolved Oxygen Analyzer, Laboratory Equipment, pH Meter, Spectrophotometer

medical humidifier bottle, examination couches, Examination Tables

Oxygen is the most important clinical gas used in health care centers and Hospitals. No modern hospital can manage without oxygen gas Generator. Pure oxygen is an essential resource in the operating room during anesthesia, for the respiration of patients, and in the intensive care or neonatal units.

Treatment process (solid waste)   1.sludge will be collected in the slurry preparation tank where it will be properly mixed with water in mixing chamber with the help of ss stirrer to convert it into a slurry form.2. This slurry will be pumped into the anaerobic bio-digester where bio-degradation will take place.3. Overflow of digester would go to tube settler, where sludge gets settled at the bottom. 4. Settled sludge will be recycled into the slurry preparation tank and the clear supernatant would be sent to existing etp.5.a scum breaking mechanism is provided in the bio digester to arrest any formation of scum inside.6. The biogas produced in the bio-digester will be stored in ms floating dome. Frp lining would be done to dome from inside to avoid corrosion.7. Biogas dome would be equipped with pressure relief valve.8. The stored biogas will be pressurized and can be used 9. Ph of the digester would be monitored through sampling ports provided to digester.10. Sludge generated in the bio-digester will be removed periodically and after drying can be used as high grade manure for gardening & farming.

Medical Gas Pipeline, Oxygen pipeline installation work

Dissolved Acetylene Plant

Gas Purification System, The Fused Silica Capillary Column

Gas Purification System, Oxygen Concentrator, Sputtering Systems

dissolvo oxygen analyser, Spectroscopy, Flame Photometer

gas plants, Jigs, Material Handling Equipment, cnc machine component