SILVER HDEO 5000 SAE 50 CD/SF

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SILVER HDEO 5000 SAE 50 CD/SF

LUBENZ SILVER HDEO 5000 SAE 50 CD/SF is a range of diesel engine oils formulated with premium quality base stocks and selected additives to ensure optimum performance and protection for diesel engines requiring an API CD/SF specification. Suitable for heavy duty, high output diesel engines including supercharged units to provide excellent protection of engines against high temperature piston deposits, wear, corrosion and foaming under severe operating conditions.

Packaging

1L, 208L, 20L, 25L, 4L, 5L, IBC

Features & benefits

  • Better resistance to shearing at extreme operating conditions and retains its lubrication film.
  • Good oxidation & thermal stability reduces sludge build up and keeps the engine cleaner.
  • Optimum wear protection to extend engine efficiency and service life.
  • Reduced oil consumption at high operating engine temperatures.
  • Improved resistance to deposit formation helps keep engine clean.
  • Optimum TBN reserves provide improved acid neutralization and corrosion protection, especially in old heavy duty diesel engines.

Applications

  • Suitable for use in heavy-duty 4-stroke turbocharged and naturally aspirated diesel engines.
  • It can be used in both On-highway light and heavy-duty trucks & construction and mining equipment, where high or low-sulfur diesel is used.

Characteristics

Specifications LUBENZ SILVER HDEO 5000 range meets or exceeds following International and Builder specifications:

  • API CD, SF

Typical Characteristics

LUBENZ SILVER HDEO 5000

Test Method

Units

10W

20W-20

30

40

50

Density @ 15 0C

ASTM D 4052

gm/cc

0.880

0.888

0.982

0.900

0.904

Viscosity @ 100 0C

ASTM D 445

cSt

5.6

8.9

11.6

15.4

20.2

Viscosity @ 40 0C

ASTM D 445

cSt

32

60

102

158

234

Viscosity Index

ASTM D 2270

–

114

104

100

99

99

Pour Point

ASTM D 97

°C

-33

-24

-18

-15

-12

Flash Point (COC)

ASTM D 92

°C

214

226

230

236

242

Total Base Number

ASTM D 2896

mg KOH/g

7.5

7.5

7.5

7.5

7.5

The above figures are typical of blends with normal production tolerance and do not constitute a specification.