Page 20 - Catalog fluids FEBI for cars and trucks

Auto Parts / Heavy-duty grease High temperature
EP multi-purpose grease

febi no. 03514 febi no. 28193 (green), 150g cartridge
e.g. reference number 001 989 08 51 e.g. reference number 02.1040.45.00

febi 03514 is a top quality, age- febi 28193 is a universal HT, EP multi-
resistant heavy-duty grease which purpose grease (high temperature,
provides excellent corrosion extreme pressure) with a wide
protection; it is based on lithium temperature range for all types of
soap, selected base oils and active application requiring a lubricant
ingredients. based on lithium complex soap.
Mineral base oils combined with
· Temperature stable, pressure top quality lithium soap and special
resistant, water resistant and additives ensure outstanding product
reduces wear. properties.
· Characterised by good adhesion
to metal surfaces. · Its EP active ingredients allow use in
· Can be easily conveyed in central roller and sliding contact bearings,
lubrication units for liquid greases, and particularly in highly strained
even at low temperatures. HGV wheel bearings.
· Range of application between · Due to its excellent corrosion
-40 °C to +120 °C. protection, febi 28193 is particularly
suitable for long term and lifetime
lubrication of universal joints,
cardan joints, and universal shafts.
· Range of application between
-30 °C and +150 °C (up to +200 °C
under continuous relubrication).
· Ageing resistant.
· Protects against corrosion.
· Reduces wear.
· Generally compatible with plastics.

Recommended applications Also available in a 5 litre
· MB 6833.00 · Willy Vogel AG (febi 28194) bucket.
· MAN 283 Li-PE000

Characteristics Unit Test method Characteristics Unit Test method
Dropping point 160 °C DIN ISO 2176 Base oil viscosity at 100 °C 14 mm²/S DIN 51562
Flow pressure at -35 °C < 60 hPa DIN 51805 Flow pressure at -30 °C < 1400 hPa DIN 51805
Viscosity base oil at 40 °C 45 mm²/s DIN 51562-1 Dropping point > 250 °C DIN ISO 2176
Viscosity base oil at 100 °C 6 mm²/s DIN 51562-1 Density 0,9 g/cm³ DIN 51757
Identification: KP000 K-40 890 DIN 51502
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