TRIAX engineers high-performance lubricants for applications where failure is not an option. Every formula is built with advanced friction management technology to deliver measurable wear reduction, extended drain intervals, and consistent performance under extreme conditions.

TRIAX Nano Boron Technology™ uses nano-scale friction modifiers to form a protective tribofilm across high-contact metal surfaces. This microscopic lattice helps reduce the friction coefficient below 0.04, creating a near-frictionless barrier between moving parts.

By bonding to critical wear surfaces, the Nano Boron layer helps reduce metal-to-metal contact, lower operating temperatures, minimize wear, and protect against deposits caused by heat, pressure, and oxidation. The result is smoother operation, stronger film strength, quieter performance, and longer-lasting protection under severe operating conditions.

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TRIAX lubricants are engineered to hold their viscosity grade under intense shear, heat, pressure, and extended service intervals. Advanced synthetic base oils and shear-stable additive chemistry help the oil resist thinning, thickening, and viscosity breakdown, so the lubricant maintains the right protective film thickness across cold starts, operating temperature, and high-load conditions.

This helps critical components stay protected with consistent oil pressure, reliable flow, and stable film strength, even in engines, transmissions, compressors, gear assemblies, and hydraulic systems exposed to severe duty cycles. TRIAX also highlights superior viscosity and shear stability across demanding product lines, including heavy-duty and agricultural formulas built for long service life.

TRIAX heat management starts by reducing the heat created at the source: friction. Its friction management system, including Nano-Boron and Moly technology in many formulas, helps lower metal-to-metal contact and reduce friction-generated heat across critical wear surfaces. TRIAX also notes that its core oil formulations have improved native thermal handling capabilities, helping equipment run at lower operating temperatures across transmissions, engines, compressors, gear assemblies, and hydraulic systems.

By controlling heat more effectively, TRIAX helps slow oxidation, reduce deposit formation, protect against thermal breakdown, and preserve oil integrity under continuous high-stress operation. The result is cooler-running equipment, cleaner components, and more reliable performance under heavy load, high RPM, towing, hauling, or severe operating conditions.

TRIAX lubricants are engineered for extended drain intervals and long-mile protection, with select formulas rated for up to 15,000 miles of service life. Built with high oxidation resistance, strong shear stability, and advanced anti-wear chemistry, TRIAX helps oil maintain its protective properties longer under heat, pressure, and severe operating conditions.

By reducing friction, heat, deposits, and viscosity breakdown, TRIAX supports cleaner components, less wear, and fewer service interruptions over time. In demanding engine applications, TRIAX technology helps deliver up to 84% less engine wear and up to 70% fewer turbocharger deposits compared with OEM specifications and API CK-4 qualification requirements.