Turboplus POE-68, produced with high temperature stability and synthetic POE technology, is a synthetic compressor oil compatible with many gases, including R134a.

Turboplus POE-68 – High-Performance POE Based Compressor Oil

Turboplus POE-68 is a fully synthetic compressor oil specially developed for modern cooling and air conditioning systems. Thanks to Polyolester (POE) technology, it works compatibly over a wide temperature range with HFC/FC refrigerants such as R134a, R404a, R407c, and R410a. Its superior cleaning ability maintains system performance at maximum levels.

Key Features

• Synthetic oil technology for enhanced system protection

• Thermal and chemical stability, perfect compatibility especially with R134a

• Operates without performance loss over a wide temperature range

• High resistance against copper transfer

• Low evaporation, provides long lubrication life

• Strong resistance to corrosion and oxidation

Application Areas

• Food retail refrigeration systems

• Industrial refrigeration systems

• Air conditioning and heat pump applications

• Transportation sector cooling systems

• Suitable for initial fill and renewal lubrication

Turboplus POE-68 supports long-lasting operation of the system while offering efficient energy use. With enhanced oxidation resistance, it extends device maintenance intervals and reduces costs.

Equivalent Brands and Products

TURBOPLUS POE-68 is a high-end oil that allows excellent miscibility with refrigerants at any temperature thanks to its molecular structure. Its main equivalents are:

• RESTOREPLUS: Turboplus POE-68

• MOBIL: EAL Arctic 68

• SHELL: Refrigeration Oil S4 FR-V 68

• FUCHS: Reniso Triton SE 68 (One of the most common equivalents in the sector)

• TOTALENERGIES: Planetelf ACD 68

• CASTROL: Icematic SW 68

• SUNISO: Suniso SL 68

• BITZER: BSE 32/55/68 (OEM approved series)

Technical Information and Features

Restoreplus Turboplus POE-68 is prepared based on this reference and the common technical values of equivalent products in this segment that replace these products are as follows:

• Fully Synthetic POE Technology: Shows Perfect Miscibility with non-ozone depleting HFC group gases. This ensures that the oil returns from the evaporator to the compressor without interruption in the cooling cycle.

• Excellent Thermal Stability: Its structure does not deteriorate even at high discharge temperatures. Prevents Carbon and Deposit formation inside the compressor, extending the life of valves and pistons.

• Superior Lubricity Performance: Adherence ability to metal surfaces is much higher than mineral oils. Provides Maximum Wear Protection on moving parts.

• Low Pour Point: Remains fluid even at very low evaporator temperatures. Prevents oil accumulation in tubes and consequently Heat Transfer Losses.

• Chemical Stability: Does not react with refrigerant and system components. Minimizes the risk of copper plating and Acid Formation.

• Energy Efficiency: Provides savings in Electricity Consumption by allowing the compressor to operate more easily thanks to its low internal friction properties.

• Moisture Control (Important Note): POE oils are hygroscopic by nature (moisture attractive). After the packaging of these products is opened, they should be consumed quickly or their contact with air should be cut off; otherwise, they may lead to Acid Formation in the system.

Application Area: This product is generally used safely in commercial and industrial refrigeration systems, central air conditioning units (Chiller), food cold storage warehouses, and refrigeration (frigorific) vehicles in transport.