Smeersysteem: How and why to choose one?
Smeersysteem is a technique or a process used for reducing the wearing of a particular part or parts which are closely moving with each other. A lubricant is a substance used to interpose smooth movement of parts in close proximity.
The load that is generated as the parts keep moving is carried well by the surfaces which oppose each other, when they are lubricated well. The lubricant can be in liquid, powder or solid form like graphite, dispersion in liquid and solid form or dispersion of gases in liquid form.
Benefits of Lubrication
Due to frictional resistance of the viscous type within the fluid or the lubricant present between surfaces, pressure generates when the applied load is carried. There is no need of human intervention to reduce or prevent wearing off when a good lubricating medium is used. This phenomenon is termed as lubrication. Tribology is the term also used for the science of wear, friction and lubrication.
Equipment is able to operate smoothly at the bearings, no seizures and stresses are caused in excess and if there is wearing off; it is just a mild one when the right Smeersysteem is used. Whenever breaking down of lubrication is caused, the components, parts or metals start rubbing against each other in a destructive manner. This in turn leads to failure, damage and generation of heat. In a system where lubrication takes place, the lubricating substance or the oil is pumped, fed, or forced into the bearings of engines.
Different Kinds of Lubrication Regimes
The lubrication can be pressure fed or force fed into the engine systems. In the case of ICE or the internal combustion engine, the oil pump, oil filter the mechanical system is needed for lubricating engine systems. Lubrication or Smeersysteem is offered in different kinds of methods, namely fluid film lubrication, hydrodynamic lubrication, hydrostatic lubrication and elasto-hydro-dynamic lubrication.
