Question:

Since most fully synthetic oils already have a balanced detergent and dispersant package, how does your additive interact with those existing compounds? Also, does it mainly work by enhancing boundary lubrication, or does it influence hydrodynamic lubrication behavior as well?

Answer:

Compatibility: NAMITEC is fully compatible with the detergent and dispersant packages found in modern fully synthetic oils. The graphene used in NAMITEC is of high purity, chemically inert, and thermally stable — meaning it doesn’t react with or deplete the existing additive chemistry in your oil. It works at the metal surface level, not within the oil’s chemical balance.

Mechanism: You’re correct — NAMITEC primarily enhances boundary lubrication, where metal-to-metal contact and wear typically occur under high load or during piston movement. The graphene nanosheets smooth over microscopic surface imperfections and form a protective tribofilm that prevents asperity contact and reduces friction.

This mechanism has been validated through ASTM D4172 wear tests and supported by thousands of real-world users who report smoother engine response, quieter operation, and improved overall performance.

p.s. Hydrodynamic lubrication – While graphene does not directly alter oil viscosity or film thickness — in other words, it doesn’t change the hydrodynamic lubrication chemistry — it contributes positively by reducing localized heat and surface roughness. This allows the oil film to remain more stable and efficient under full-fluid film conditions.