Edwards Ultragrade alyva

1919 m. fizikas Frederickas Davidas (F E) Edwardsas ir jo tėvas Williamas Camberwell mieste įkūrė savo to paties pavadinimo verslą kaip Edwards Equipment and Services, importuodami vakuuminę įrangą iš Vokietijos Leybold.

Dėl Antrojo pasaulinio karo, o JK panaikinus Vokietijos patentus, nepriklausoma gamyba prasidėjo 1939 m. 1940 m. įmonė buvo pervadinta į W Edwards and Co, 1950 m. į Edwards High Vacuum International Ltd. ir persikėlė į Crawley. 1953 metais.

Edwards Ultragrade 19 alyva

Po to, kai 1968 m. BOC Group įsigijo Edwards, ji plėtėsi tarptautiniu mastu, ypač į Aziją, ir investavo į Crawley, Eastbourne, Shoreham ir Burgess Hill vietas.

1984 m. Edwards sukūrė ir užpatentavo pirmuosius praktiškus didelio vakuumo sausus (be alyvos) siurblius. Dizainą perėmė sparčiai auganti puslaidininkių gamybos rinka.

Vacuum Ultragrade 19 tepalas

Linde AG“ 2006 m. įsigijo BOC už 12,4 mlrd. eurų, 2007 m. pardavė „Edwards“ bendrovei „CCMP Capital“ ir jos Azijos fondą už 901 mln. Nauja Kaimanų salų kontroliuojančioji bendrovė Edwards Group Ltd, įtraukta į NASDAQ, 2012 m. per ADS su žymeniu EVAC, su 100 mln. JAV dolerių IPO. Jis pašalintas 2014 m., kai „Atlas Copco“ už 1 mlrd. svarų sterlingų įsigijo veikiančią dukterinę įmonę Edwards Ltd.

2011 m. buvo atidarytos gamyklos Čekoslovakijoje ir Pietų Korėjoje atitinkamai pramonės / farmacijos / chemijos / mokslo ir puslaidininkių rinkoms. Didžioji dalis „Edwards“ JK gamybos pajėgumų buvo uždaryta, užbaigus BOC pasiūlytus planus 2005 m.

Edwards 25/6 PFPE oil alyva

Edwards 25/6 PFPE cheminė inertinio vakuuminio siurblio alyva, 2 svarai (1 kg ~ 0,5 litro) H11312019

Fomblin 25/6 PFPE, parduodamas čia 2,2 svaro (1 kg ~ 0,5 litro) talpyklose su dalies numeriu H11312019, skirtas naudoti cheminiuose procesuose, kuriems reikalingi inertiniai mechaniniai vakuuminio siurblio alyvos skysčiai. „Fomlin 25/6“ alyvą nurodė „Edwards“, kad ji atitiktų puslaidininkinio sauso siurblio cheminio inertinio vakuuminio siurblio specifikacijas.

Sukurta Edwards Semiconductor Dry Pumps:

„Edwards“ puslaidininkių sausųjų siurblių modeliai:

QDP40, iQDP40, QDP80, iQDP80, iH80, iH160, iH600, iH1000, iH1800, iH1800HTX.

Originalus produktas

Siūloma alternatyva

EDWARDS / BOC kompresorinės alyvos

Edwards Ultragrade 15 Oil

Molyduval Amadeus M 32

Edwards Ultragrade 19 Oil

Molyduval Amadeus M 46

Edwards Ultragrade 20 Oil

Molyduval Amadeus M 100

Edwards Ultragrade 70 Oil

Molyduval Amadeus M 68 L

Edwards V-Lube F

Molylub Vacuum 100

Edwards V-Lube G Oil

Molylub Vacuum 190

Edwards V-Lube H Oil

Molylub Vacuum 220

Edwards Silicone 702 Diffusion Pump Fluid

(DC 702)

Molyduval Silo D 50

Edwards Silicone 704 EU Diffusion Pump Fluid

(DC 702)

Molyduval Silo 100

Edwards Silicone 705 Diffusion Pump Fluid

(DC 702)

Molyduval Silo 150

Edwards 25/6 PFPE Vacuum Pump Oil

Fomblin 25/6

Edwards TW Oil

Molylub TW 68

Edwards Hgh Vacuum grade grease

Molyduval Amadeus SI

Tikslesnis pakeičiamumas – pagal Jūsų įrangos originalias tepimo rekomendacijas ir jos darbo sąlygas

V-Lube

The V-Lube range of oils offer good thermal stability and oxidation resistance and have been selected for use with the Stokes range of vacuum pumps.

Ultragrade 70 Oil

Edwards offers a range of new oils, Ultragrade® 15, 19, 20 and 70, which result from a new process. Most manufacturers use a solvent refining process, whereas these oils are produced by a unique hydrotreating process. This process eliminates nitrogen, sulphur and oxygen and the aromatic hydrocarbons, leaving a clear base stock essentially free of impurities.

When combined with additives, the Ultragrade® oils give improved vacuum performance, thermal and oxidation stability and rust inhibition. The anti-oxidants included in the oils enable the pump to withstand high operating temperatures without oil degradation, so extending intervals between oil changes.

The properties of the oils allow them to be used in a wide range of applications. New Ultragrade® 70 oils are the best choice for large pumps used in heavy-duty, cycling applications. Contact Edwards or your local supplier for detailed recommendations.

Perfluoropolyether Oils

Edwards now offers an extended range of Fomblin® and Krytox®, perfluoropolyether oils for use in rotary vacuum pumps. Fomblin® YVAC 06/6 and Krytox® 1506 are recommended for Edwards oil sealed rotary pumps and are practically a direct replacement for mineral oil in terms of viscosity and vapor pressure. Krytox® 1525 is suitable for use in rotary pumps requiring a viscosity equivalent to Fomblin® Y25 fluid. Fomblin® Y16/6 and Krytox® 1514 are recommended for use in perfluoropolyether adapted mechanical booster pumps.

Edwards, in conjunction with Ausimont UK, has developed Drynert fluid which contains anti-rust and anti-wear additives soluble in Fomblin®. These additives cover metallic surfaces with a protective, corrosion resistant film

Silicone Diffusion Pump Fluids

These synthetic fluids are organo-silicon oxide polymers and have exceptional chemical stability both at high temperature and when in contact with most gases and vapours. They provide a range of general purpose fluids for ultimate vacuum from about 10-5 to 10-9 mbar, and are particularly useful in industrial processing applications due to their exceptional ruggedness. High throughputs of air, water vapour and corrosive gases can be pumped without fluid degradation. The fluids can withstand repeated admission of atmospheric air while at operating temperature and are widely used in valveless quick-cycle pumping processes. They have low toxicity and good resistance to gamma radiation.

Fluid breakdown products (due to bombardment and so on) tend to be electrically insulating and so we do not recommend these fluids for physical electronic applications such as mass spectrometers and surface analysis systems. The fluids are indifferent lubricants. Their decomposition is catalysed by traces of alkali metals (for example, caesium) and their use should be avoided where possible

Santovac 5 Diffusion Pump Fluid

This synthetic fluid is a polyphenyl ether developed from fluids originally produced as lubricants for space vehicles. It has exceptionally low vapor pressure, exceptional thermal stability and a tendency to wet surfaces less readily and "creep" to a lesser extent than is common with most fluids. The fluid is employed for the cleanest high vacuum and ultra high vacuum applications down to less than 10-9 mbar (for example, electron microscopes, mass spectrometers and surface physics studies) where its excellent high vacuum performance and low tendency to migrate into the pump system particularly recommend it. The fluid is chemically stable, non-corrosive, safe and non-toxic at normal operating temperatures. Fluid breakdown products (due to bombardment and so forth) tend to be electrically conducting. Lubricating qualities are good and the fluid finds application to lubricate mechanisms in vacuum systems.

Edwards 45 Oil

Edwards 45 is a hydrocarbon synthetic polymer whose molecular structure offers chemical inertness, high temperature stability and low vapor pressure (<10-7 mbar at 25ºC). It is commonly used in mass spectrometry applications because of its well defined peaks. Edwards 45 oil is non-toxic, non-corrosive and reclaimable.