Katalog kpl. 2021

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N NBR FPM EPDM FEP PTFE
Nitric acid 3% D A B A A
O NBR FPM EPDM FEP PTFE
Olive oil A A B A A
Ozone D A A A A
P NBR FPM EPDM FEP PTFE
Paint thinners D D D A A
Phenol D A D A A
Potassium chloride A A A A A
Potassium hydroxide caustic
potash 50 %
Potassium hydroxide solutions
(dilute)
B D A A A
B B A A A
R NBR FPM EPDM FEP PTFE
Rape oil A A A A A
S NBR FPM EPDM FEP PTFE
Salicylic acid B A A A A
Seawater containing chlorine D A D A A
and salt
Sodium bicarbonate (baking
soda)
A A A A A
Sodium carbonate (soda) A A A A A
Sodium chloride (common A A A A A
salt)
Sodium hydroxide (caustic
soda) 3 molar
B B A A A
Sodium nitrate (saltpetre) B A A A A
Sodium peroxide B A A A A
Sodiumsalts A A A A A
Soya oil A A C A A
Steam above +150 °C D D B A A
Steam below +150°C D C A A A
Sugar cane solution A A A A A
Sugar solutions A A A A A
Sugar-beet juice A A A A A
Sulphuric acid 3-molar D A B A A
Sulphuric acid concentrated D A D A A
Sulphurous acid B A B A A
T NBR FPM EPDM FEP PTFE
Tartaric acid A A B A A
Trichloroacetic acid B C B A A
V NBR FPM EPDM FEP PTFE
Vaseline A A D A A
Vegetable oils A A C A A
W NBR FPM EPDM FEP PTFE
Water (for industrial use)
up to +100 °C
Water (for industrial use)
up to +70 °C
B B A A A
A B A A A
Wine and whisky A A A A A
The information above is based on tests under different
conditions. Many of the values have been determined
at room temperature with a reaction time of 7 days
(150 hours). In individual cases observations may differ
between laboratory and practical tests. Because of
differences in conditions of use and the composition of
fluids the data given are only guidelines and should not
be taken as binding.
A stable
B can be used (static applications)
C limited stability (use not recommended)
D not stable
* max. 8% milkfat
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