Castrol Molub-Alloy 243 Arctic Grease for low temperatures 18Kg

3,268.58 AED

Castrol Molub‑Alloy 243 Arctic Grease is a specialised low‑temperature industrial grease in an 18 kg bucket, formulated to stay soft and pliable in extremely cold conditions (down to approx ‑54 °C), providing reliable lubrication and corrosion protection for bearings and machinery in freezing environments.

Description

Castrol Molub-Alloy™ 243 Arctic Grease is intended for use in plain and anti-friction bearings operating in freezing environments down to -65°F (-54°C). It is designed to meet the performance requirements of military MIL-G-10924C Specification.

Application
  • May be used as a multi-purpose lubricant through the broad range suggested by MIL-G-10924C as from -65°F (- 54°C) to 225°F (79°C).
  • Applications include journal bearings as well as antifriction bearings found in pumps, motors, conveyors, etc.
  • Common applications are in transportation and material handling equipment, whether in arctic regions or in refrigerated areas in general industry.Applications at low temperatures should be made manually. Automatic dispensing equipment may be used at higher temperatures, as with greases of similar consistency.
  • If automatic dispensing below 0°F (-18°C) is necessary, or extreme pressure characteristics are required, CASTROL Molub-Alloy 333 EP Light Arctic Grease may be suggested. (See Notes)
Specifications / Approvals
  • MIL-G-10924C
Advantages
  • Maintains good working and staying consistency over suggested use range.
  • Excellent protection against corrosion in presence of condensing moisture.
  • Substantial increase in the service life of both parts and lubricant will result from the proper establishment of a protective layer of Molub-Alloy solids. These lubricating solids can effectively increase the load bearing area, thus reducing unit pressures and wear.
  • Realistic energy savings are possible through a reduction in peak power demand during cold startup.
  • Overall savings are derived from the above and result from less labor and downtime, smoother, more efficient operation with longer parts life, and extended lubrication cycles.