GUARDOL ECT® WITH LIQUID TITANIUM

Guardol ECT (Emissions Compatible Technology) is a premium quality, synthetic blend, API CJ-4 engine oil with exclusive liquid titanium technology. It is specially formulated to reduce wear and enhance protection against corrosion and oxidation. Approved under the latest OEM specifications from Caterpillar, Cummins, Detroit Diesel, Mack, Mercedes and Volvo, Guardol ECT is backward serviceable so older engines can get the benefits of our premium formulation with liquid titanium. Its exclusive liquid-titanium additive chemically binds to metal surfaces to shield critical engine parts and provide enhanced protection against soot-induced oil thickening, lead-bearing corrosion, and oxidative and thermal oil breakdown.

Guardol ECT with liquid titanium is designed for use in mixed fleets with both on-highway and off-road equipment operating in varying climates and under varying loads and service conditions.

Applications:

•Diesel engines equipped with exhaust gas recirculation (EGR) or other NOx-reduction technologies
•Older diesel equipment with conventional, non-EGR engines
•Off-highway construction, earth-moving and
mining equipment
•Mixed fleets with diesel and gasoline-fueled vehicles
Guardol ECT meets or exceeds the requirements of: API Service CJ-4, CI-4 PLUS/CI-4, CH-4, CG-4, SM
•ACEA E7-04
•Caterpillar ECF-3, ECF-2, ECF-1 a
•Cummins CES 20081
•Detroit Diesel Power Guard 93K218
•Mack EO-O Premium Plus
•Mercedes-Benz Sheet 228.3
•Volvo VDS-4

Features/Benefits:

•Proprietary additive package with exclusive titanium technology provides excellent wear, rust and bearing corrosion protection
•Advanced low SAPS technology protects exhaust after-treatment devices
•Exceptional soot control protects against abrasive wear and oil thickening
•Further enhances oxidation protection
•Resists viscosity and thermal breakdown, even at high temperatures
•Excellent low-temperature pumpability with soot-laden oil
•Excellent shear stability
•Resists foaming and aeration
•Protects against sludge and varnish formation