E.P. Multip

Product information

Product description

E.P. Multip is a high quality lithium grease containing a concentrated dispersion of homogenous divided colloidal of Teflon/PTFE particles in a neutral mineral oil. Teflon/PTFE has a very low friction coefficient at the surface and is resistant against extreme pressure. Even with insufficient lubricant the remarkable properties of Teflon/PTFE particles will stop surfaces from sticking or seizing.

Sustainable solution

E.P. Multip is a superior Teflon/PTFE grease. The Teflon/PTFE particles also guaranty the lubrication at the first 10 seconds after start up and will reinforce the extreme pressure qualities. The water repressing character of E.P. Multip will prevent corrosion. E.P. Multip guarantees a perfect long lasting lubrication and therefore saving on the expenses.

Special advantages

• reinforced “extreme pressure”- qualities caused by the Teflon/PTFE particles
• temperature range: -30°C until 175°C
• corrosion protection: 5% salt-spray test > 100h, ASTM B177 climate room test > 400h, ASTM D1748
• water repressing qualities: good Fed.Std.791
• good adhesion on any surface, which is better for the environment
• especially suited for extreme conditions
• E.P. Multip lasts many times longer than conventional greases

Areas of application

• for lubrication in both open and closed systems
• for all types of bearings
• for drive systems
• all sorts of conductions
• cables
• bars
• chains
• turning-, hinge and bending points
• couplings

Solution areas

• insufficient lubrication will cause damage
• fast abrasion results in extra maintenance and will shorten the life of the layers, drive systems etc.
• 80% of abrasion is caused in the first 10 seconds after start up
• high friction causes extra high use of energy
• insufficient lubrication causes corrosion problems
• insufficient lubrication in a humid environment causes corrosion of the metal
• heavy and variable burdening demands a high quality grease

Label information

• Hazard pictograms
• Signal word N/A
• Hazard statements N/A