When you are looking forward to purchasing industrial lubricants, you will need to pay special attention to their performance in harsh environmental conditions. Let’s take a look at some useful tips on how you can end up with finding such high-quality and effective lubricants, which can help you with getting your work done.
In industrial contexts, the term “harsh environments” refers to conditions imposing extreme physical or chemical stress on lubricants and equipment. This includes:
- High temperatures – Above 400°F in engines, turbines, furnaces
- Sub-zero cold – Arctic oil exploration or high-altitude areas
- Heavy loads – crushing pressures in mining machinery
- Constant vibration – Shake tables, heavy vehicle suspensions
- Prolonged humidity – Food processing, pulp, and paper plants
- Caustic chemicals – Acids in chemical processing, cleaning agents
- Abrasive dust and dirt – Cement, steel, woodworking facilities
In these environments, typical lubricants quickly fail, leading to breakdowns, wear, corrosion, and accidents. Specialized lubricant formulations are essential.
Extreme High Temperature Capabilities
At scorching temperatures over 600°F in gas turbines, industrial furnaces and jet engines, many lubricants oxidize, evaporate, or solidify. Using advanced synthetic base oils like esters, PAOs and PAGs maintains viscosity and film strength. Effective anti-oxidant, anti-varnish additives extend fluid life dramatically. Thermally durable greases retain structural stability when molten.
For lower but still high temperatures, premium mineral base oils offer improved volatility and enhanced additive solubility. Solid lubricants like graphite and molybdenum disulfide take over when fluids evaporate. And ceramic coatings uniquely shield parts at over 1000°F.
Withstanding Sub-Zero Conditions
In frigid Arctic climates or high altitudes, standard lubricants can freeze up or thicken excessively, starving components. Low pours point synthetic oils flow freely at -40°F or below. Multi-viscosity oils preserve fluidity across broad temperature ranges. And semi-fluid greases pump well even when ice cold.
Tackling Moisture and Corrosion
Fog, washdowns and rain water find their way into even sealed components. Additives enhance water separation and anti-rust properties. Demulsifiers prevent emulsion formation. Vapor phase corrosion inhibitors protect surfaces. And synthetic base oils resist hydrolysis breakdown by water. Even fully submerged equipment can operate reliably with specialty lubricants.
Absorbing Vibration and Shock Loads
Constant heavy vibration destroys normal lubricants quickly. Advanced anti-wear, EP additives stand up to such forces. Thickeners give greases extra structural integrity. And adhesive polymers create lubricating films that tenaciously cling to surfaces despite harsh shaking forces.
Neutralizing Acids and Chemicals
Process chemicals, cleansers, and environmental acids damage components. Specialty lubricants use neutralizing additives and inert synthetic bases that resist acids. Some can even handle short-term bleach or hydrochloric acid exposure. Non-metallic EP additives and plastic-compatible oils aid chemical plants. And chemically inert fluorinated oils work in highly reactive oxygen environments.
When confronting the most severe operating environments, extreme pressure industrial lubricants get the job done. Their proven capabilities conquer the harshest conditions for reliable ongoing performance where others fail early. By standing up to punishing forces, they exemplify engineering at its rugged best – flexible enough to handle anything, tough enough to take it all.
Extreme Load Capabilities
Beyond harsh environmental conditions, lubricants also face extreme load demands in heavy mining, metalworking, construction machinery and more. The lubricants that you get should be in a position to accommodate extreme load capabilities. Otherwise, you will struggle to get work done out of the lubricants that you buy.
Pressures inside rock crusher bearings and bushings can overload regular lubricants. Fortified gear oils use EP additives like sulphur-phosphorus compounds to prevent metal welding under 500,000 psi loads. Solid film lubricants composed of molybdenum disulfide powders also handle extreme pressures.
In offshore drilling, rotor bearings in mud pumps manage radial loads over 100 tons. Extreme pressure circulating oils combat even this intense constant squeezing force. Other drilling components like swivels and top drives similarly rely on lubricants engineered for heavy loads.
Wind turbine main shaft bearings rotating under massive blades see dynamic loads up to 3 million Nm. Special high viscosity oils maintain an oil film under 17,000 psi. Without these loads staying fully separated, bearings would quickly fail.
Extreme pressure greases employ similar additives to fortify their structural integrity when subjected to damaging forces. The NLGI GC-LB certification evaluates suitability for high impact/low speed challenges like jaw crushers commonly face.
Shock and Vibration Resistance
In applications with constant vibration like vehicle suspensions and shaker tables, lubricants experience tremendous oscillating forces. Shear-stable polymers and tackifiers allow greases and oils to stick firmly rather than bounce off surfaces.
Anti-fretting compounds prevent micro-pitting damage between surfaces under slight vibration. Anti-wear agents handle colliding contact when clearances close up from shaking forces. These specialized lubricants maintain protective films despite nonstop assault from vibration forces over 75g.
Noise Dampening Abilities
Lubricants also play an important role in noise reduction for industrial machinery. As well as critical vibration dampening, oils and greases absorb and dissipate sound energy through their viscous nature. Increased viscosity indices target optimal noise dampening ranges. Acoustic testing ensures suitability for quiet performance.
With customized formulations, high performance lubricants provide reliable operation under even the most punishing conditions. Their capabilities prove that with the right engineering, no mechanical challenge is too extreme.
While keeping all these facts in mind, you may go ahead and purchase the best lubricants for extreme conditions. It is worth to do your own research and learn more about the functionality of lubricants before you buy them. Then you can understand whether the lubricants you get are capable of catering to your needs or not. With this in mind, you may also end up with getting the best results out of lubricants you purchase. It can help you secure maximum returns out of your investment as well.