Resistance to oil and chemicals
ǠDIN EN ISO 175
Physical and/or chemical processes/reactions
can occur as a result of external media,
such as liquids or gases. This can result
in a change to the plastic's properties,
the plastic becoming damaged or even
destroyed. The printings and labelings can
also be affected by these changes.
Chemical
Weight %
Alkalis
Sodium hydroxide solution
Potassium hydroxide solution
3
3
Ammonium hydroxide
(ammonia water)
25
In order to prevent this from happening,
Phoenix Contact uses only plastics and
printing/labeling materials which have been
tested in accordance with DIN EN ISO 175.
Alcohols
Ethanol
100
100
100
100
1-propanol
2-propanol
Diethylene glycol
Aldehyde/ketones
Ethyl acetate
100
Oils, greases, aliphatic and aromatic
hydrocarbons
IRM 902
100
100
100
100
100
100
100
100
IRM 903
ASTM No. 1
Xylol
Test benzene (180/220)
Hycut SU 68
Hycut SET 46
Shell Tellus 92
Aqueous salt solutions
Sodium chloride
Potassium chloride
5
5
Ammonium chloride
(ammonia solution)
100
Resistance to solvents
ǠEN 60464-2:2001
Phoenix Contact marking materials are
solvent-resistant and fulfill the stringent
requirements.
Printings and labelings must be resistant to
solvent vapors. Therefore, in accordance
with the aforementioned standard,
exposure to solvents is continued over
10 days in the following atmospheres:
• Acetone
• n-hexane
• Ethanol
The labelings and printings must still be
legible after the 10-day exposure.
14 PHOENIX CONTACT
PHOENIX [ PHOENIX CONTACT ]
