SYNTOL Gearmax EP 320 Mineral Industrial Gear Oil ISO VG 320 DIN 51517-3 20L

SYNTOL Gearmax EP 320 from SYNTOL is supplied in a 20L pack for industrial drive applications requiring an ISO VG 320 extreme-pressure gear oil. This mineral formulation is intended for severe-duty enclosed spur and helical gears, where the stated viscosity grade and specification are required.

The formulation combines base-oil and additive technology for extreme-pressure protection, oxidation resistance and wear control. It is suitable for bearings and other components in circulating and splash-lubrication systems, and is compatible with steel and bronze gear metallurgy. A polymer-free formulation helps maintain its viscosity grade, while Clean Gear technology helps prevent deposit build-up.

Key features

• 20L pack size
• ISO VG 320 extreme-pressure industrial gear oil
• Mineral formulation
• Suitable for severe-duty enclosed spur and helical gears
• Suitable for bearings and other components in circulating and splash-lubrication systems
• Compatible with steel and bronze gear metallurgy
• Polymer-free formulation helps maintain its viscosity grade
• Clean Gear technology helps prevent deposit build-up

Compliance and regulatory information

• DIN 51517 Part 3, Type CLP
• AGMA EP 9005-E02; 252.4
• AIST (US Steel) 224
• David Brown (Textron) S1.53.101, Type 6E
• ISO 12925-1 CKD
• MAG P-59

Safety information

• Not suitable for highly loaded worm-drive applications requiring polyalkylene glycol (PAG) lubricants
• Always consult the equipment handbook or technical documentation to confirm the required specification and viscosity grade

About this product

Who is it for

Suited to users maintaining severe-duty enclosed spur and helical gears, bearings and industrial drive systems requiring an ISO VG 320 extreme-pressure industrial gear oil.

When and where to use it

Suitable for use in industrial drive applications and in circulating and splash-lubrication systems where the listed specifications are required.

Rackhams Reference : 5V57IMH2YK