Castrol Molub-Alloy OG 936 SF HEAVY Open gear compound 300g

54.46 AED

Castrol Molub‑Alloy OG 936 SF Heavy is a high‑performance open gear lubricant and compound designed to form a tough, protective film on large industrial and mining open gears, racks, pinions and sliding surfaces, supplied in a 300 g cartridge for easy manual or automatic application.

Description

Castrol ​Molub-Alloy™ OG 936 SF Heavy Open gear compounds (solvent free) NLGI 0

Castrol Molub-Alloy™ OG 936 SF Heavy (previously called Molub-Alloy 936 SF Heavy) is an open gear lubricant developed specifically for use on heavy-duty equipment in mining and industrial service. Molub-Alloy OG 936 SF Heavy is compounded to give maximum protection to gears and slides on large draglines and shovels while minimizing potential pollutants to the environment.

Application
  • Molub-Alloy OG 936 SF Heavy is suitable for use on all types of open gears, racks and pinions and sliding or skidding applications such as draglines and shovels. It can be applied either manually or by heavy duty automatic systems.
  • This product is used extensively in mining, construction, onshore drilling operations and on offshore installations, facilitating effective lubrication and protection on:
    • Rack and pinion jacking mechanisms
    • Cantilever skidding systems
    • Mooring winch open gearing and slides
    • FPSO offloading systems
    • Crane slew ring & pinion
    • Exposed threads on penstock valves
    • Heavy-duty top dressing for the ultimate protection of wire ropes
Specifications / Approvals
  • Bucyrus International SD 4713 specification (CAT) and Komatsu
    specifications for Open Gear Lubricants.
Advantages
  • Formulated to address environmental concerns – it is free of solvents, lead, antimony and Barium
  • Forms a tough durable film with a “cushioning” effect, even under extreme pressures and at very slow speeds
  • The film resists erosion from rain or sleet, and resists peeling in dusty environments
  • The film resists destruction by contaminating oils and greases migrating from nearby mechanisms