Electrochemical Automatic lubricator

Poor greasing practices are a leading cause of bearing failure. Less than 40% of bearings will last long enough to deliver their engineered value and over or under lubrication is most often to blame. Many lube departments re-grease on a wasteful calendar-based schedule. This leads to over and under greased bearings that fail to deliver their engineered value. Grease reduces friction in bearings. Less friction means longer life. LUBExpert alerts you when friction levels increase, guides you during re-lubrication, and prevents over and under lubrication. LUBExpert is an ultrasound solution that helps you Grease Bearings Right. Use the right lubricant at the right location using the right intervals and the right quantities while receiving the right indication of a task well done including bearing status. The LUBExpert is a complete ultrasound solution to manage your acoustic lubrication program and ensure you GREASE BEARINGS RIGHT

lubrication of cotton and corn picker harvesting mobile equipment Composed of non ionic emulsifiers and used 8-10 % for the production of high performance cotton picker solvents by admixing with base oils. Emulsifier is highly resistant to hard waters on application sites and gives very stable long life emulsions up to 100 DH water hardness Emulsifier enables picker solvent emulsions to be completely spreading on the surfaces of needles and gives perfect lubrication and washing affect.

is specially formulated to meet the specific needs of hybrid electric vehicles,suchas HEV,PHEV and BEV with Range Extender, where multiples unexpected stops and starts of the Gasoline engine are involved during the different operating phases of the hybrid vehicle. Thisparticular mode of operation of the internal combustion engine on a hybrid vehicle generates very specificconstraintsfor the lubricant, and in this, ROUTE HYBRID 0W-16 fully meets all these

The primary function of a lubricant is to lubricate the rolling and sliding contacts of a bearing to enhance its performance through the prevention of wear. This can be accomplished through various lubrication mechanisms such as hydrodynamic lubrication, electrohydrodynamic lubrication, and boundary lubrication.