


MACRO-SHIELD NGL-NS
HYDROCARBON GAS COMPRESSOR OIL
Macro-Shield NGL-NS is a premium, synthetic lubricant engineered for reciprocating gas compressors in hydrocarbon service where sulfur-sensitive catalysts are present. Virtually sulfur-free, it protects critical equipment downstream and keeps compressors running longer, smoother, and cooler.
MICROPAC® ADDITIVE TECHNOLOGY MAKES THE DIFFERENCE
Macro-Shield’s advanced Micropac® additive system forms a dense, slippery, synthetic film on all metal surfaces. This film dramatically reduces metal-to-metal contact, friction, and wear while displacing water and preventing corrosion. The result? Maximum reliability and extended service life for bearings, valves, and other critical components.
PERFORMANCE ADVANTAGES
Virtually sulfur-free for safe use with sensitive catalysts
Resists hydrocarbon gas dilution to maintain viscosity
Rapid water separation for superior rust and corrosion protection
Reduces wear and extends compressor life
Keeps equipment running cooler and more efficiently
HYDROCARBON GAS COMPRESSOR OIL
Macro-Shield NGL-NS is a premium, synthetic lubricant engineered for reciprocating gas compressors in hydrocarbon service where sulfur-sensitive catalysts are present. Virtually sulfur-free, it protects critical equipment downstream and keeps compressors running longer, smoother, and cooler.
MICROPAC® ADDITIVE TECHNOLOGY MAKES THE DIFFERENCE
Macro-Shield’s advanced Micropac® additive system forms a dense, slippery, synthetic film on all metal surfaces. This film dramatically reduces metal-to-metal contact, friction, and wear while displacing water and preventing corrosion. The result? Maximum reliability and extended service life for bearings, valves, and other critical components.
PERFORMANCE ADVANTAGES
Virtually sulfur-free for safe use with sensitive catalysts
Resists hydrocarbon gas dilution to maintain viscosity
Rapid water separation for superior rust and corrosion protection
Reduces wear and extends compressor life
Keeps equipment running cooler and more efficiently