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PETROMIN TURBINE OIL GE is high-quality inhibited oil. It is formulated from premium quality, chemically stable, high VI (Group III) hydro treated base stocks, which are further enhanced by the addition of oxidation inhibitors. These inhibitors provide resistance to thermal degradation over long periods of time in the presence of entrained air and catalyzing metals. PETROMIN TURBINE OIL GE 32 exhibit good demulsibility, permitting water and other contaminants to readily separate from the oil in the system reservoir.

PETROMIN HYDRAULIC OILS AW are blended from high quality, chemically stable solvent refined base oils and incorporated with balanced additive system which include anti wear and oxidation inhibitors. Utilization of Hydraulic Oils AW will provide excellent wear protection in hydraulic and circulation systems and good air release properties.

PETROMIN HYDRAULIC OIL VH Series is anti-wear oil blended with high quality base oils incorporated with special additives that impart superior viscosity / temperature characteristics. They have a very high viscosity index and low pour points to provide fluidity at sub-zero temperatures, and they remain suitable for widely varying ambient temperatures.

PETROMIN HYDRAULIC OIL VH Series is anti-wear oil blended with high quality base oils incorporated with special additives that impart superior viscosity / temperature characteristics. They have a very high viscosity index and low pour points to provide fluidity at sub-zero temperatures, and they remain suitable for widely varying ambient temperatures.

PETROMIN HYDRAULIC OIL VH (NZ) is a top tier product with anti-wear properties with high quality base oils incorporated with special additives that impart superior viscosity / temperature characteristics. They have a very high viscosity index and low pour points to provide fluidity at sub-zero temperatures, and they remain suitable for widely varying ambient temperatures. These oils are zinc free hydraulic oils

Petromin Petrotherm HF is Heat Transfer Oil formulated from premium quality, chemically stable, high VI (Group III) hydro treated base stocks. It has high performance and intended for use in oil-sealed, closed, open & indirect heat transfer and cooling systems. It has good heat transfer efficiency with better resistant to thermal cracking and chemical oxidation. It has high specific heat and thermal conductivity at operating temperatures and will consequently provide more rapid heating & greater system flexibility. Its viscosities is such that it can be pumped readily at both start-up and an elevated operating temperature. Flash Point is stable and does not decrease significantly during service due to their thermal resistance properties.

Petromin Petrotherm HF is Heat Transfer Oil formulated from premium quality, chemically stable, high VI (Group III) hydro treated base stocks. It has high performance and intended for use in oil-sealed, closed, open & indirect heat transfer and cooling systems. It has good heat transfer efficiency with better resistant to thermal cracking and chemical oxidation. It has high specific heat and thermal conductivity at operating temperatures and will consequently provide more rapid heating & greater system flexibility. Its viscosities is such that it can be pumped readily at both start-up and an elevated operating temperature. Flash Point is stable and does not decrease significantly during service due to their thermal resistance properties.

Petromin PetroTherm HF is Heat Transfer Oil formulated from premium quality synthetic base oil, intended for use in oil-sealed, closed, open & indirect heat transfer and cooling systems. It has excellent heat transfer efficiency with better resistance to thermal cracking and chemical oxidation. Posses high specific heat and thermal conductivity at operating temperatures which allows rapid heating & greater system flexibility. Easy pumpability with stable flash point.

PETROMIN PETROCIRC Oil Series is high quality solvent refined paraffin oils containing no additives. Petrocirc Oils possess inherent oxidation stability