Gas replacement - Import export

For removing dust prior to maintenance and repair work, e.g. on magnetic plates, reading heads, audio-visual magnetic tape recording and playback heads, phonograph pick-ups, record turntables or phonograph records For cleaning vacuum sealing surfaces, sealing rings, high-voltage insulators, sample containers etc. For vacuum systems and device groups under clean-room conditions for semiconductor production Cleaning of opto-electronic reading units for bank checks and contactless cleaning of optical devices For maintenance of automated teller machines, quartz clocks or display panels For dedusting precision mechanical parts and assemblies in office machines, copiers, fax machines etc. Advantages and benefits Excellently suited for dedusting, blowing out and blowing off dust and liquids of all kinds Dry, oil-free compressed gas leaves behind no residues Replacement for ultrapure compressed air

Individual filled gas springs are excluded from replacement. Gas springs are maintenance-free, self-contained systems that are filled with nitrogen under high pressure. For end-of-travel damping and lubrication, a defined amount of oil is also contained inside. The gas springs contain a nonreturn valve in a threaded pin on the pressurised pipe, which allows the pushing force to be lowered at a later time. Gas pressure springs in the sizes 04/12 and 06/15 must be stored and installed with the piston rod extending downwards. As of size 08/19, storage and installation in any orientation is possible. Keep in mind, however, that end-of-travel damping is effective only when the piston rod extends downwards. As a consequence of the physical properties when filling a gas spring, a tolerance range of ±5 % results for the rated pushing force. Gas springs are filled with nitrogen under high pressure and under no circumstances should they be opened or overloaded.

Westron R407C a Non-Ozone Depleting, Non-Toxic, Non-Flammable Refrigerant developed for Residential and Commercial Air-conditioning applications. Replaces R22 Gas Westron 407C can also be replaced with R 22 and also used as a Retrofit refrigerant with R22 Widely used in Residential and Commercial Air-conditioning systems, Non flooded Evaporator Chillers, I leat Pumps, Unitary Air-conditioning Systems. Westron 407C also used to replace R22 Refrigerant in existing MediumTemperature Commercial refrigeration Systems including Supermarket display cases and other similar refrigeration equipment.

Made of A3 Steel Material, Zinc Coated Package Content: 2Pcs x Gas Spring End Fitting Female Thread Dia.: M6 / 0.24"; Hole Dia.: 8mm / 0.31" Gas Spring Strut Joint connector End Fitting. We can supply forging and CNC machining Eyelets / Clevises,small & medium size are forging and cnc machining, large sizes are CNC machining, you can send your requested drawing, we can check if has forging end fittings. It is a good replacement of gas springs Ball Strut, and the gas springs are ideal motion control devices for lifting, holding, counterbalancing, and providing support for applications such as horizontally hinged doors, lids, hoods and canopies.

While introducing a new line of gas analysis equipment to the market, we offer a fundamentally new concept of gas analysis systems based on replaceable modular gas analyzers GAOS SENSON-SM-9001. Advantages: - Radically reduced downtime required for calibration and repair - Reduced spare equipment costs - Increase the offline resource of remote objects - Extra-low delivery times New concept: - simplifies the replacement of gas analyzers for calibration and in the event of a malfunction – in the case of GAOS SENSON it is as simple as changing a light bulb, no need to dismantle/change the entire device. That is, it is enough to change a lightbulb, not a chandelier; - it dramatically reduces the stock of replacement systems in volume and cost – only the GAOS SENSON-SM-9001 modules are needed (supply of light bulbs, not chandeliers); - requirements for the qualification of staff (there is only one requirement – accuracy) are reduced.

As emergency venting device for installation on storage tanks with a VRV to protect against hazardous excess pressure but minimize the loss of gas/vapours. Also suitable as replacement of a manhole. This device does not protect against the hazard of explosion or stabilized burning.

The NASH 2BE5 was developed from the proven NASH 2BE3 and 2BE4 compressors, whose reliable performance has been further improved. The development focused on optimizing performance, higher vacuum capabilities and ease of maintenance. NASH 2BE5 Benefits include: improved efficiency higher vacuum levels (to 100 mbar abs / 3" Hg abs) built-in ECO-FLO™ water saving technology with patent pending gas scavenging drop in replacement for 2BE3 and 2BE4 removable bearing brackets for easier maintenance elimination of tie rods, resulting in improved sealing due to bolted casing joints polyisoprene lining The footprint and connections to the NASH 2BE5 models are identical to its predecessors, the NASH 2BE3 and 2BE4. Therefore, exchanging or upgrading to the more efficient NASH 2BE5 requires no site modifications. The NASH 2BE5 model is available in cast iron, with stainless steel coming soon. The 2BE5 is perfect for use in mining, filter applications, paper mills, power plants, chemical plants, refineries and more.

The NASH 2BE5 was developed from the proven NASH 2BE3 and 2BE4 pumps, whose reliable performance has been further improved. The development focused on optimizing performance, higher vacuum capabilities and ease of maintenance. NASH 2BE5 Benefits include: improved efficiency higher vacuum levels (to 100 mbar abs / 3" Hg abs) built-in ECO-FLO™ water saving technology with patent pending gas scavenging drop in replacement for 2BE3 and 2BE4 removable bearing brackets for easier maintenance elimination of tie rods, resulting in improved sealing due to bolted casing joints polyisoprene lining The footprint and connections to the NASH 2BE5 models are identical to its predecessors, the NASH 2BE3 and 2BE4. Therefore, exchanging or upgrading to the more efficient NASH 2BE5 requires no site modifications. The NASH 2BE5 model is available in cast iron, with stainless steel coming soon. The 2BE5 is perfect for use in mining, filter applications, paper mills, power plants, chemical plants, refineries and more.

What is Anaerobic Digestion? Anaerobic Digestion is a natural biological process that can be used to generate renewable energy and manage waste. The process takes place in an oxygen-free digester, where micro-organisms convert organic material such as food waste, slurries and crop residues into: Biogas Biogas is a mixture of biomethane gas and carbon dioxide. The biogas can be used directly in CHP engines to produce renewable heat and power, or it can be burned to produce heat only. Alternatively, biomethane can be produced by removing the carbon dioxide from the biogas. The biomethane has many valuable uses. It can be injected into the gas grid as a renewable replacement for natural gas or it can be used as vehicle fuel. Digestate The by-product from the AD process is called ‘digestate’. It is rich in valuable plant nutrients such as nitrogen and potassium, and can be used as a renewable fertiliser/soil conditioner.