5W-40 1L MULTIJET LPG 5

This lubricant is specifically designed for turbocharged gasoline and diesel engines, in combination with MULTIJET systems equipped with common-rail technology. The new formulation, created with an exclusive blend of specialized synthetic bases enriched with detergents, dispersants, and anti-sludge additives, is designed to meet high-performance standards for various engine types, including naturally aspirated, turbocharged, multivalve, and MULTIJET systems. Hephaestus LPG 5 is a high-quality synthetic engine lubricant intended for use in passenger cars and light commercial vehicles with liquefied petroleum gas (LPG) and compressed natural gas (CNG) engines.

Category:

Additional Information

Attributes Value
Range

HEPHAESTUS

Article

90010.1L

Type of oil

FULL SYNTHETIC

Viscosity

5W-40

Volume

1L

Type of equipment

Cars, Commercial Vehicles

Type of engine

Diesel, Petrol

Benefits

Acid neutralization through advanced calcium sulfonate technology, Extended service life with consistent protection for turbocharged engines, High-level protection against corrosion, rust, and deposit formation, Maximum dispersancy for sludge and particle control, Minimal volatility (low evaporation loss), reducing oil consumption, Outstanding viscosity retention, even under thermal and mechanical stress, Robust lubricating film with high HTHS stability under severe load and temperature conditions

Specification

ACEA A3/B4 API SN CF, BMW LL-01, FIAT 9.55535-H2, FIAT 9.55535-M2 FIAT 9.55535-Z2 FIAT 9.55535-N2, GM-LL-B025, MB 229.1 MB 229.5 MB 229.52 226.5, PORSCHE A40, PSA B712296, RENAULT RN 0700 RN 0710, SAE 5W/40 MULTIJET, VW 502.00 VW 505.00

Benefits

  • Acid neutralization through advanced calcium sulfonate technology
  • High-level protection against corrosion, rust, and deposit formation
  • Excellent detergent–dispersant capacity for cleaner engine components
  • Maximum dispersancy for sludge and particle control
  • Robust lubricating film with high HTHS stability under severe load and temperature conditions
  • Outstanding viscosity retention, even under thermal and mechanical stress
  • Minimal volatility (low evaporation loss), reducing oil consumption
  • Extended service life with consistent protection for turbocharged engines