Klubersynth GH 6-320 Synthetic High-Performance Gear Oil for High Temperature Working Conditions

Product Overview

Klubersynth GH 6-320 is a fully synthetic, advanced Synthetic high-performance gear oil developed to ensure long-lasting lubrication and superior protection for gear units operating in High temperature working conditions. Its optimized viscosity, thermal stability and anti-wear additives make it suitable for heavy-duty industrial applications.

Key Features & Benefits

• Formulated as a Synthetic high-performance gear oil, it provides excellent oxidation stability, allowing for extended oil change intervals and reduced downtime.

• Designed for gear units exposed to High temperature working conditions, ensuring reliable film strength, reduced wear and stable performance even under thermal stress.

• Superior load-carrying capability protects gears, bearings and mechanical components from scuffing, pitting and premature wear.

• Outstanding low-temperature flow characteristics support smooth operation during start-up, even in fluctuating temperature environments.

• High resistance to ageing and thermal breakdown reduces deposit formation and maintains system cleanliness.

• Excellent corrosion protection ensures long-term reliability for gear systems exposed to humidity, water ingress or harsh environments.

Applications

• Recommended for gearboxes, industrial gear units, conveyor drives and machinery exposed to High temperature working conditions.

• Suitable for a wide range of industries including steel production, cement manufacturing, paper mills, power generation and heavy-duty processing plants.

• As a Synthetic high-performance gear oil, it supports spur gears, bevel gears, planetary gear units, circulating oil systems and other high-load lubrication points.

Why Choose Klubersynth GH 6-320?

By selecting Klubersynth GH 6-320, you gain a reliable and durable Synthetic high-performance gear oil tailored for demanding High temperature working conditions. It enhances gear efficiency, reduces wear, extends service intervals and helps maintain continuous, trouble-free operation in industrial environments.