Engineering solutions in the field of
lubricants and sealants


This item is available for Northern American market only.  According to its properties it is similar to Molykote 111 Compound.

Operating temperatures

-54°C +232°C
  • Applications
  • Friction units
  • Advantages
  • Problems to be solved with this material
  • The combination of materials
  • Features



Water repellent
Long lasting
Easy to apply
Helps prevent formation of conductive paths


Applications where improved metal-to-metal lubricity (compared to other Dow Corning brand silicone compounds) is needed
To help prevent arcing and flashovers on insulators and bushings
As a contact lubricant on high-voltage equipment
To lubricate static and dynamic O-ring seals in hot-melt adhesive equipment
To help prevent rust and corrosion on insulator threads and bolts; also helps in removal of insulators and hardware for replacement
As a water-repellent filling material to help prevent moisture from traveling inside the rubber jacket of service entrance cable (can be injected using a grease gun with a needle-type nozzle)
To help prevent oxidation and corrosion on contacts and band-tightening screws of socket-type watt-hour meters

It is used in friction

  • Gaskets


  • Cold resistance
  • Termal (heat) resistance
  • Working capacity in moisture
  • High dielectric strength
  • Compatible with many plastics
  • Compatible with many elastomers

Problems to be solved with this material

  • Electrical breakdown
  • Frequent re-lubrication
  • Plastic and elastomer details deformation and destruction

Material combination in friction pair

  • Metal - Metal
  • Metal - Elastomer
Стандарт Показатель Ед. изм. Значение
Состояние продуктаНе поставляется в Россию, рекомендуемая замена - 111
ЦветСветло-серый, полупрозрачный
Базовое маслоСиликоновое
Диапазон рабочих температур°Сот -54 до +232
Пенетрация неперемешанной смазкимм/10200
Пенетрация перемешанной смазки (60 циклов)мм/10210
Плотность при 25 °Сг/см31
Диэлектрическая проницаемость при 100 Гц/100 кГц2,99/2,94
Диэлектрические потери при 100 Гц/100 кГц<0,0003/<0,0001
Электрическая прочность диэлектрика при зазоре 1,27 ммкВ/мм21,46
Удельное сопротивление при 23 °СОм*см1,1 х 1015
Потери на испарение (24 ч, 200 °C)%1
Выделение масла (24 ч, 200 °C)%3,5