How to Select the Right Anti-Wear Additive for Lubricants

Mar 28,2026

How to Select the Right Anti-Wear Additive for Lubricants

 

Five Key Factors for Choosing Anti-wear Additives

 

Operating Conditions

Different equipment loads and temperature conditions determine the type of anti-wear additive to choose:

Low-load systems: Basic AW additives can be used.

Medium-high load systems: Compound or highly active additives are recommended.

 

Base Oil Type

Anti-wear additives must be highly compatible with the base oil system:

Mineral oil system: Wide applicability, lower cost.

PAO synthetic oil: Additives with better solubility are required.

Ester base oil: Polarity and compatibility need to be considered.

 

Environmental and Regulatory Requirements

With increasingly stringent environmental regulations, the demand for low-ash, phosphorus-free, and sulfur-free products is increasing:

Ash-free anti-wear agents: Suitable for environmentally friendly lubricants.

Low-phosphorus formulations: Suitable for engine oils and export markets.

 

Additive Synergistic Effects

Anti-wear additives are often used in synergy with the following additives:

Antioxidants, detergents and dispersants, extreme pressure additives.

Proper formulation can significantly improve overall lubrication performance.

 

Application Areas

Different application scenarios have different requirements for anti-wear additives:

Hydraulic oils: require excellent anti-wear and anti-oxidation properties

Engine oils: need to meet emission regulations (e.g., low phosphorus)

Gear oils: need to be used in conjunction with extreme pressure additives

Metalworking fluids: require good lubrication and cooling properties

 

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