RAVENOL EDM 2 Fluid is a speciality dialectic fluid for use in all eroding machines (erosive stripping), particularly for roughing methods, in finishing and super-finishing.
RAVENOL EDM 2 Fluid is an ultra-pure fluid developed for maximum machine productivity and maximum comfort for operators of eroding machines in spark eroding. In this metal working process electric tension between the work piece to be machined and the electrode clamped into the machine is used to remove parts from the workpiece.
RAVENOL EDM 2 Fluid features consistent insulation until avalanche voltage is reached.
RAVENOL EDM 2 Fluid has the right balance of viscosity, volatility, oxidation stability, heat transfer properties, low odour development and low toxicity.
RAVENOL EDM 2 Fluid is a highly refined, low-viscosity fluid particularly suitable for finishing where a high quality surface is required. It fulfils the function of insulator between the tool and workpiece, a spark conductor, coolant and a flushing oil in chip disposal.
RAVENOL EDM 2 Fluid is also recommended for roughing methods requiring a high amount of metal to be removed, finishing and super-finishing..
RAVENOL EDM 2 Fluid is excellent for spark eroding machines (erosive removal).
RAVENOL EDM 2 Fluid can also be used for roughing methods, finishing and super-finishing..
- High flashing point
- Excellent filterability
- High wettability
- Fair, pure and odourless
- Low skin sensitisation with typical use
- Greaseless, unlike more viscous fluids
- Good cleaning power pertaining to small particles
Technical Product Data
|Colour Code||<0,5||DIN ISO 2049|
|Density at 20 °C||0,787||DIN 51751|
|Refractive index||1,4385||DIN 51423-2|
|Aniline point||°Celsius||86,5||DIN ISO 2977-1|
|Aromatics uop||mg/kg||<50||UOP 495-75|
|Viscosity at 20 °C||mm²/s||3,4||DIN 51562-1|
|Viscosity at 40 °C||mm²/s||2,2||DIN 51562-1|
|Flashpoint (PM)||°Celsius||103||DIN EN 22719|
|Initial Boiling Point||Prozent||233||DIN EN ISO 3405|
|Final Boiling Point||Prozent||258||DIN EN ISO 3405|
All indicated data are approximate values and are subject to the commercial fluctuations.