AMALIE XLO Ultimate Synthetic Blend with MOLY 10W-30 Diesel Engine Oil (160-79174-25) 5 Gallon Pail | Made in USA

AMALIE XLO Ultimate Synthetic Blend with MOLY 10W-30 Diesel Engine Oil (160-79174-25) 5 Gallon Pail | Made in USA

Product Specifications: AMALIE XLO Ultimate Synthetic Blend with MOLY 10W-30 Diesel Engine Oil in 5 Gallon Pail Advanced Formula: Premium high-performance diesel engine oil utilizing latest engine oil additive technology and blend of conventional and synthetic base stocks Engine Protection: Designed to meet or exceed OEM and API CK-4 requirements while protecting EGR/Low-Emission Diesel Engines Performance Features: Offers improved TBN retention, lower oil consumption, enhanced wear protection, and excellent shear stability Application Range: Suitable for heavy-duty applications in both on-highway and off-highway engines operating under heavy loads Extended Service: Formulated for extended service intervals when operated under typical operating conditions Deposit Control: Provides superior protection against high temperature deposits and maintains oxidation stability AMALIE XLO Ultimate Synthetic Blend Engine Oil 10W-30 is a premium high-performance diesel engine oil utilizing the latest in engine oil additive technology and a blend of quality conventional and synthetic base stocks to offer the ultimate protection of your engine. It is designed to meet or exceed the latest OEM and API CK-4 requirements. This oil is specially designed to protect EGR/Low-Emission Diesel Engines while maximizing the durability of Diesel Particulate Filters (DPF’s).

AMALIE XLO Ultimate Synthetic Blend Engine Oil 10W-30 is recommended for use in a wide range of heavy-duty applications and operating environments found on-and off-highway, including engines operating under heavy loads. It is formulated for extended service/extended drain when operated under typical operating conditions. AMALIE XLO Ultimate Synthetic Blend Engine Oil 10W-30 offers improved TBN retention, lower oil consumption, greater wear protection, oxidation stability, excellent shear stability, and reduced high temperature deposits.