Противоизносное гидравлическое масло для нефтедобычи

High-performance base oil with excellent thermal and oxidation stability. High-efficiency anti-wear additives to protect key hydraulic components. Anti-rust, anti-foam and anti-oxidation compound additives.

Core Technology Relying on China's core lubricating oil manufacturing technology, integrating optimization for harsh petroleum field working conditions, and adopting internationally advanced additive formulas, we create high-quality anti-wear hydraulic oil suitable for global petroleum exploitation. The core technical highlights are as follows to ensure leading product performance and strong adaptability: High-Quality Base Oil Refining Technology: Adopting hydrocracked base oil, through precision refining processes to remove impurities, sulfur, nitrogen and other harmful substances, the base oil has high purity and stable viscosity index, excellent oxidation resistance and anti-aging performance, laying the foundation for the anti-wear and temperature resistance of hydraulic oil and extending the service life of the oil. High-Efficiency Anti-Wear Additive Formula Technology: Adopting molybdenum-based and zinc-based composite anti-wear additives, scientifically proportioned to form a high-strength and high-toughness lubricating film, which can withstand high-pressure and high-load friction, effectively reducing the wear of hydraulic components, adapting to the continuous high-load operation needs of the hydraulic system of petroleum equipment, and reducing the equipment failure rate. Temperature Resistance, Anti-Aging and Low-Temperature Anti-Freezing Technology: Adding high-efficiency antioxidants and anti-aging agents to inhibit the oxidation reaction of hydraulic oil at high temperatures, avoiding oil carbonization and thickening; for severe cold working conditions in Russia, adding special low-temperature anti-freezing agents and fluidity improvers to optimize low-temperature fluidity, ensuring normal startup at -40℃, adapting to the extreme climate differences of the three major markets. Anti-Pollution and Anti-Emulsification Technology: Adopting composite detergent dispersants and anti-emulsifiers, which can quickly separate water, sand and other impurities mixed into the oil, prevent oil emulsification and deterioration, and keep the hydraulic oil clean; at the same time, it improves the filterability of the oil, reduces the wear of hydraulic components by impurities, and extends the oil change interval and equipment service life. Customized Formula Technology: According to the working condition differences of the Middle East, Russia and Tanzania, customized formulas are developed - the Middle East version strengthens high-temperature anti-thickening and anti-sand performance, the Russian version strengthens low-temperature anti-freezing and fluidity, and the Tanzania version strengthens water resistance and anti-pollution performance, realizing precise adaptation of "one formula per region" and meeting the differentiated needs of different markets.

Product Introduction

Anti-wear hydraulic oil for petroleum exploitation is a core supporting product for the hydraulic systems of petroleum exploitation equipment such as petroleum drilling rigs, twin-screw air compressors, and hydraulic drilling tools. Designed specifically for harsh field working conditions of petroleum, its core functions are power transmission, lubrication protection, cooling and sealing, ensuring efficient and stable operation of the hydraulic system. As the most exported hydraulic oil category made in China to the Middle East, Russia and Tanzania, with L-HM 46# anti-wear hydraulic oil as the absolute main force, it accurately adapts to complex working conditions such as high temperature, severe cold, high sand and dust, and high load in the three regions with excellent anti-wear, temperature resistance and anti-pollution performance, compatible with various petroleum hydraulic equipment, and is a key supporting product to reduce equipment failure rate and extend service life, demonstrating the reliability and cost-performance advantages of Chinese lubricating oil manufacturing.

Types and Characteristics of Equipment

Type

Classified by Base Oil Type

Mineral Oil Type (L-HM): Made of deeply refined mineral oil plus anti-wear, antioxidant and anti-rust additives. It features high cost performance and is suitable for conventional working conditions (pressure ≤ 16MPa), such as Great Wall Zhuoli L-HM and Kunlun L-HM.
Synthetic Type (L-HV/L-HS): Adopting synthetic hydrocarbon or ester base oil, it has stronger low-temperature fluidity, high-temperature stability and anti-wear performance. Representative products include Great Wall Zhuoli L-HV (for low temperature) and L-HS (for ultra-low temperature).
Ashless Type (High-Pressure Ashless): Zinc-free formula, which can protect silver/plated silver components and has good hydrolytic stability. It is suitable for high-pressure (≤ 40MPa) and water-containing working conditions, such as Great Wall 4639 High-Pressure Ashless Anti-Wear Hydraulic Oil.

 Classified by Temperature Adaptability (Core Classification for Oilfields)

Conventional Type (L-HM): Applicable temperature range: -10℃~80℃; suitable for temperate oilfields and conventional drilling/workover equipment.
Low-Temperature Type (L-HV): High viscosity index (VI>130), applicable temperature range: -20℃~100℃; suitable for oilfields in cold areas with large day-night temperature differences.
Ultra-Low-Temperature Type (L-HS): Pour point ≤ -40℃; suitable for well control and oil production equipment in extremely cold areas (such as Northeast China and Xinjiang in winter).

 Classified by Pressure Level

Medium and Low Pressure Type (L-HM): Pressure ≤ 16MPa; suitable for ordinary hydraulic systems, small drilling rigs and workover rigs.
High Pressure Type (L-HM High Pressure/Ashless): Pressure 16~40MPa; suitable for high-pressure piston pumps, large drilling rigs, fracturing trucks and cementing trucks.

 Classified by Special Functions (Oilfield-Specific)

Fire-Resistant Type (Water-Glycol/Phosphate Ester): Suitable for oilfield equipment in high-temperature, open-flame or flammable and explosive working environments, effectively preventing fire accidents caused by hydraulic oil leakage.
Note: The product models mentioned are typical representatives, and the specific selection should be based on the actual working conditions of the oilfield (temperature, pressure, equipment type, etc.).

Features

Core Features of the Product

Super Anti-Wear, Protecting Hydraulic Components: Adding high-efficiency anti-wear additives, it forms a high-strength lubricating film on the surface of core components such as hydraulic pumps, hydraulic valves and oil cylinders, effectively resisting metal friction, wear and scratches, reducing the loss of hydraulic components, adapting to the high-pressure, high-load and continuous operation needs of the hydraulic system of petroleum equipment, and reducing the incidence of equipment failures. Excellent Temperature Resistance, Adapting to Extreme Climates: It has good oxidation resistance, anti-aging and anti-thickening performance at high temperatures, avoiding carbonization and deterioration of hydraulic oil, and can work stably in the range of -40℃~60℃; it has good fluidity at low temperatures without solidification and stratification, perfectly adapting to extreme climate conditions such as high temperature in the Middle East, severe cold in Russia and tropical in Tanzania, ensuring stable operation of the hydraulic system in all seasons. Anti-Pollution and Anti-Emulsification, Keeping the System Clean: It has excellent anti-pollution and anti-emulsification performance, which can quickly separate water, sand and other impurities mixed into the hydraulic oil, prevent oil emulsification and deterioration, avoid impurities blocking the oil circuit and wearing hydraulic components, keep the interior of the hydraulic system clean, and extend the oil change interval. Stable Viscosity-Temperature Performance, Efficient Power Transmission: High viscosity index and stable viscosity-temperature performance, small viscosity change in different temperature environments, which can stably transmit hydraulic power, ensure stable pressure and precise action of the hydraulic system, and adapt to the high-frequency and high-pressure operation needs of equipment such as petroleum drilling rigs and air compressors. Wide Compatibility and Strong Adaptability: Compatible with various petroleum hydraulic equipment, whether high-pressure hydraulic pumps, hydraulic motors or various sealing materials, it can be perfectly adapted; it meets GB 11118.1 and ISO 11158 (L-HM) standards, adapts to various imported and domestic petroleum equipment in the Middle East, Russia and Tanzania, and has outstanding export adaptability.

Basic Principles and System Composition

Basic Working Principle

Forms a durable lubricating film to reduce friction and wear in hydraulic pumps and valves. Maintains stable viscosity and pressure transmission under high load and high temperature. Prevents corrosion, oxidation and cavitation for reliable long-term operation.

Overall System Composition

High-quality base oil with excellent thermal and oxidation stability. Advanced anti-wear additives to protect hydraulic pumps and valves. Anti-rust, anti-oxidation and anti-foam additives for reliable oilfield operation.

Basic Principles and System Composition

Basic Working Principle The core function of anti-wear hydraulic oil is to provide comprehensive protection for the hydraulic system of petroleum equipment through four functions of "power transmission, lubrication protection, cooling and sealing, and cleaning and dispersion", ensuring efficient, stable and long-term operation of the hydraulic system, adapting to harsh working conditions of petroleum exploitation, and the specific working principle is as follows: Power Transmission: As the working medium of the hydraulic system, hydraulic oil is pressurized under the action of the hydraulic pump, converting the mechanical energy of the hydraulic pump into hydraulic energy, which is transported to the executive components such as hydraulic cylinders and hydraulic motors through the oil circuit, and then the hydraulic energy is converted into mechanical energy to drive petroleum equipment to complete drilling, lifting, pressurization and other operation actions. Lubrication Protection: During the circulation of hydraulic oil in the hydraulic system, a uniform lubricating film is formed on the metal contact surfaces of components such as hydraulic pumps, hydraulic valves and oil cylinders, separating the contact surfaces, reducing friction resistance and wear, avoiding component scratches and jamming, extending the service life of hydraulic components and reducing equipment failures. Cooling and Sealing: During the circulation process, hydraulic oil absorbs the heat generated by the operation of the hydraulic system, and then dissipates the heat into the air through the hydraulic radiator, reducing the temperature of the hydraulic system, avoiding oil deterioration and component damage caused by high temperature; at the same time, hydraulic oil fills the component gaps to form a sealing oil film, preventing hydraulic oil leakage and ensuring stable system pressure. Cleaning and Dispersion: The detergent dispersant in the hydraulic oil can wrap and disperse impurities such as metal debris, sand and dust, and sludge generated by the operation of the hydraulic system, discharge them from the system with oil circulation or deposit them in the filter, keep the hydraulic oil clean, prevent impurities from blocking the oil circuit and wearing components, and ensure the smooth operation of the hydraulic system.

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