Hydraulic Cleanliness: How Contamination Accelerates Pump and Valve Wear
Particles and degraded fluid can increase wear, block passages and make precision hydraulic components unreliable.
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Water Contamination in Hydraulic Oil: Why Small Amounts Matter
Water can accelerate corrosion, oxidation, additive degradation and mechanical wear in hydraulic systems.
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Industrial Gear Oil Viscosity: Why the Wrong Grade Can Raise Wear Risk
Gearboxes need an oil film strong enough for load and speed without creating unnecessary drag.
Read Article →Water in Industrial Gearboxes: Corrosion, Deposits and Reliability Risk
Water can challenge rust protection, oil separation and filterability in industrial gear systems.
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High Temperature and Compressor Oil: How Oxidation Leads to Sludge and Deposits
Heat accelerates oxidation, which can shorten oil life and create acids, varnish and sludge.
Read Article →Why the Wrong Compressor Lubricant Can Increase Bearing, Rotor and Separator Problems
Compressor oils require viscosity stability, oxidation resistance, anti-foam behaviour and material compatibility matched to the machine.
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Diesel Engine Oil Viscosity: Too Thin and Too Thick Both Have Consequences
Viscosity must balance oil flow and film thickness across start-up and operating temperature.
Read Article →Used Oil Analysis: Finding Soot, Wear Metals and Oil Degradation Before Failure
Used-oil trends can reveal abnormal contamination, wear metals and oil-condition changes before visible engine symptoms appear.
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Marine Cylinder Oil BN and Fuel Sulphur: Why the Balance Matters
In low-speed marine engines, cylinder oil alkalinity must match fuel and engine conditions to control corrosion and deposits.
Read Article →Marine Lubrication Monitoring: Controlling Deposits, Corrosion and Cylinder Wear
Cylinder inspection and oil monitoring help operators identify wear and cleanliness problems before they become costly overhaul events.
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Over-Greasing Bearings: Why More Grease Can Mean More Heat
Excess grease can cause churning, temperature rise and seal problems—especially at higher speed.
Read Article →High-Temperature Grease: What Happens When the Grease Cannot Handle the Heat
At high temperature, unsuitable grease can oxidise, harden or lose oil, reducing lubrication and increasing bearing risk.
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Transmission Lubricants: Why the OEM Fluid Specification Comes Before the SAE Grade
Transmission design determines friction, synchroniser, material and durability requirements that viscosity alone cannot describe.
Read Article →Transmission Oil Viscosity: Balancing Film Strength, Flow and Operating Losses
Too little viscosity can reduce film strength; too much can increase drag and slow lubricant circulation.
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High-Speed, High-Temperature Bearings: When General-Purpose Grease Is Not Enough
Speed and temperature can push grease beyond its mechanical and thermal limits, raising friction and failure risk.
Read Article →Chemical Media, Vacuum and Extreme Service: Why Specialty Lubricants Exist
Some environments require chemical stability, low volatility or material compatibility that conventional mineral lubricants cannot reliably provide.
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