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  • News
  • 14/07/2025
  • Vichem

Which additives to choose for gasoline, diesel, and industrial oils?

Oil additives play a crucial role in optimizing performance and protecting engines. For gasoline, diesel, or industrial oils, choosing the right additives enhances machinery lifespan, reduces wear, and improves fuel efficiency. This article by Vichem will guide you in selecting the best additives for gasoline, diesel, and industrial oils.

WHAT ARE ENGINE OIL ADDITIVES?

Engine oil additives are chemical compounds added to base oils to enhance lubrication properties. They ensure smooth engine operation, reduce friction, prevent oxidation, and control contaminants. According to the latest API SP standard, modern additives must meet the demands of advanced engine technologies. Common additive types include:

  • Anti-wear additives: Form a protective film on metal surfaces, reducing component wear.
  • Detergent additives: Remove soot and contaminants from the combustion chamber.
  • Antioxidant additives: Prevent oil degradation at high temperatures.
  • Dispersant additives: Disperse carbon deposits, minimizing engine wear.
  • Viscosity index improvers: Maintain stable viscosity across temperature ranges.
  • Anti-foam additives: Prevent foam formation, ensuring effective lubrication.
Figure 1: What are engine oil additives?
Figure 1: What are engine oil additives?

DIFFERENCES BETWEEN GASOLINE, DIESEL, AND INDUSTRIAL OILS

Gasoline Engine Oil

Gasoline engines use spark plugs to ignite the fuel-air mixture, operating at high speeds with moderate temperatures. Gasoline oils require additives that clean contaminants, reduce wear, and improve fuel efficiency. Per API SN/SP standards, gasoline oils must meet modern engine protection requirements.

Diesel Engine Oil

Diesel engines operate via air compression without spark plugs, generating higher pressure and temperatures due to high compression ratios. Diesel oils need additives that withstand high pressure, reduce emissions, and enhance cold-start performance.

Industrial Oil

Industrial oils are used in heavy machinery such as pumps, presses, or hydraulic systems. These oils operate in harsh conditions, requiring additives with high thermal stability, pressure resistance, and strong oxidation resistance. Standards like ISO or DIN are typically applied to industrial oils.

Figure 2: Differences between gasoline, diesel, and industrial oils
Figure 2: Differences between gasoline, diesel, and industrial oils

SPECIFIC ADDITIVES FOR EACH OIL TYPE

Additives for Gasoline Engine Oil

  • Anti-wear: Zinc dithiophosphate (ZDDP) forms a protective film on metal surfaces, preventing direct contact between components like valves and pistons.
  • Detergent and dispersant: Alkaline compounds like sulfonates, phenates, and salicylates neutralize acids and prevent soot formation in the combustion chamber.
  • Antioxidant: Phenols and amines prevent oil breakdown due to air exposure, maintaining stability at high temperatures.

Additives for Diesel Engine Oil

  • Anti-wear: ZDDP and molybdenum disulfide (MoS2) protect engines under high pressure, particularly in components like high-pressure pumps and injectors.
  • Anti-soot: Boron or magnesium-based additives reduce carbon buildup, improving combustion efficiency and reducing emissions.
  • Cold-start improvers: Ethylene-vinyl acetate (EVA) or polyalphaolefin (PAO) lower the pour point, ensuring oil flow at low temperatures.

Additives for Industrial Oil

  • High thermal stability: Silicone or ester-based additives increase flash points, stabilizing oil properties at high temperatures, suitable for industrial machinery.
  • Extreme pressure (EP): Additives containing sulfur, chlorine, or phosphorus form protective layers under high pressure.
  • Oxidation resistance: High-concentration phenols and amines extend oil lifespan under harsh operating conditions.
Figure 3: Businesses should choose suitable additives
Figure 3: Businesses should choose suitable additives

HOW TO CHOOSE THE RIGHT ADDITIVES

To select appropriate additives, businesses must identify the type of engine or equipment in use. Gasoline, diesel, and industrial machinery have distinct requirements. Manufacturers should refer to OEM recommendations to determine compatible oils and additives.

Businesses should verify quality standards such as API, ACEA, or JASO to ensure additives meet requirements. Understanding operating conditions like temperature, pressure, and fuel type is critical.

Figure 4: How to choose suitable additives
Figure 4: How to choose suitable additives

VICHEM – AUTHORIZED DISTRIBUTOR OF HIGH-QUALITY ADDITIVES IN VIETNAM

Vichem is a trusted distributor of high-quality oil additives in Vietnam. We not only provide premium products but also offer international-standard after-sales services, including:

  • Technical consultation: Assisting customers in selecting products tailored to their business needs.
  • Quality testing: Vichem’s expert team conducts quality tests to ensure products meet standards.
  • Application support: Partnering with customers to integrate additives into production lines for optimal performance.

For more information about our products, please contact us through the following channels:

📞 Hotline: 0817 901 790

📧 Email: contact@vichem.vn

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🌐 Website: www.vichem.vn

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