Ashless Anti-Wear Hydraulic Oil Additive Package

Overview

Product Overview - Jeelube HP 301A

Jeelube HP 301A is a proprietary additive formulation designed for blending ashless anti-wear hydraulic oils, meeting the specifications of various corresponding common hydraulic oil standards. It offers excellent anti-wear, corrosion protection, and antioxidant properties. The product also contains demulsifiers and anti-foam additives. The recommended treat rate is 0.6%.

Product Overview - Jeelube HP 301A

Jeelube HP 301A is a proprietary additive formulation designed for blending ashless anti-wear hydraulic oils, meeting the specifications of various corresponding common hydraulic oil standards. It offers excellent anti-wear, corrosion protection, and antioxidant properties. The product also contains demulsifiers and anti-foam additives. The recommended treat rate is 0.6%.

Performance Advantages

Typical Physical and Chemical Properties

Composition	Compounded from antioxidants, specialty anti-wear additives, rust inhibitors, and corrosion inhibitors, etc.
Appearance	Brown, clear liquid
Viscosity@40°C	61 mm²/s
Density@20°C	1031 kg/m³
Flash point	>100℃

Typical Physical and Chemical Properties

Composition	Compounded from antioxidants, specialty anti-wear additives, rust inhibitors, and corrosion inhibitors, etc.
Appearance	Brown, clear liquid
Viscosity@40°C	61 mm²/s
Density@20°C	1031 kg/m³
Flash point	>100℃

Application

Performance Advantages of the Finished Formulation

Excellent oxidation stability, extending oil drain intervals and thereby reducing waste oil disposal costs.

Outstanding anti-wear protection, maximizing equipment service life and effectively lowering maintenance costs.

Superior sludge and particulates control, improving oil filterability

Excellent hydrolytic stability, effectively protecting non-ferrous metal components (brass, bronze, etc.) and extending their service life.

Ashless formulation, suitable for water-sensitive environments or applications where regulations mandate the use of ashless hydraulic oils.

Offers excellent compatibility with zinc-containing and other ashless hydraulic fluids, ensuring no miscibility issues in actual use.

Performance Advantages of the Finished Formulation

Excellent oxidation stability, extending oil drain intervals and thereby reducing waste oil disposal costs.

Outstanding anti-wear protection, maximizing equipment service life and effectively lowering maintenance costs.

Superior sludge and particulates control, improving oil filterability

Excellent hydrolytic stability, effectively protecting non-ferrous metal components (brass, bronze, etc.) and extending their service life.

Ashless formulation, suitable for water-sensitive environments or applications where regulations mandate the use of ashless hydraulic oils.

Offers excellent compatibility with zinc-containing and other ashless hydraulic fluids, ensuring no miscibility issues in actual use.

Typical data

Recommended Applications for the Finished Formulation

Precision multi-metal hydraulic systems, particularly those containing copper alloys, silver or silver-plated components, preventing corrosive wear caused by zinc-based additives; high-precision CNC machine tools and servo systems; high-temperature and high-pressure industrial equipment, including high-pressure vane pumps, piston pumps, and gear pump systems operating under elevated temperatures and pressures; hydraulic systems prone to water ingress or cross-contamination; specific industry equipment, including injection molding machines (e.g., Husky equipment), wind turbine hydraulic systems, certain marine hydraulic units, and stationary/mobile machinery requiring extended drain intervals.

Recommended Applications for the Finished Formulation

Precision multi-metal hydraulic systems, particularly those containing copper alloys, silver or silver-plated components, preventing corrosive wear caused by zinc-based additives; high-precision CNC machine tools and servo systems; high-temperature and high-pressure industrial equipment, including high-pressure vane pumps, piston pumps, and gear pump systems operating under elevated temperatures and pressures; hydraulic systems prone to water ingress or cross-contamination; specific industry equipment, including injection molding machines (e.g., Husky equipment), wind turbine hydraulic systems, certain marine hydraulic units, and stationary/mobile machinery requiring extended drain intervals.

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