Best Storage Practices to Follow for Lubricants

Lubricant Storage and Handling : Best Practices

Lubricants Handling and storage best practices

When dealing with lubricant storage and handling, there are a few conditions that need to be taken into account, to preserve your products safely for longer, and without deterioration or contamination all to ensure the best quality and longevity of your products.

As with all commercially available lubricants and all sealed material, there needs to be care put into how the lubricants are labelled, handled, stored, and subsequently used to ensure that deterioration does not take place – mismanagement can lead to ruined and/or expired products, and the loss off efficacy in motors that use these lubricants.

Shelf-life & Proper Labelling

In perfect conditions, the shelf-life of lubricants can vary between six months up to three years, depending on their additives. This, of course, is the case when environmental conditions are met perfectly during storage and proper usage is ensured to avoid contamination and degradation.

Shelf-life and proper labelling of Lubricants

When receiving lubricants from the manufacturer, confirm the shelf-life of the product and it’s recommended use-by dates. During storage, ensure proper care and handling of the container so that labels do not get ruined or removed, as this can easily happen during mishandling of the packaging regardless of its container and packaging. In addition, implementing a labelling and inventory system of your own is also advised.

    Lubricants can quickly cause harm to the motors if used beyond their shelf-life, therefore a “first-in-first-out” (FIFO) method is recommended to make sure that older or open lubricant containers get used up first.

    NLGI advices the following measures for storing grease in a safe and effective manner:

    • First, use the oldest container.
    • Containers should be tightly closed.
    • Store in a cool, dry indoor place with minimal airborne debris.
    • Be sure to clean the outside of the container before opening it to prevent dirt from getting inside of it.
    • It’s recommended to get grease to a suitable dispensing temperature shortly prior to use.
    • Tools for handling grease should be clean.
    • Grease should be used to fill any gaps left in containers after they have been partially emptied and before they are leveled or sanded.
    • Grease cartridges (tubes) should be stored vertically, with the cap removed..

    Sometimes, the lubricant labelling process gets missed. If lubricants aren’t properly labeled, cross contamination is quite likely to occur. As a result of mixing two lubricants, lubricant cross contamination might have disastrous consequences. Instead of bulk storage equipment, this occurs more commonly with dispensing systems than with bulk oil storage systems.


    Containers of Lubricant from the Armor Lubricants Manufacturer

    When receiving containers from lubricants manufacturer, careful handling needs to be implemented, this includes but is not exclusive to using proper equipment to carry containers, whether drums, barrels or bottles packaged in bulk, to ensure that they do not fall and damage seals or packaging, a forklift is an advised equipment to use. Throwing, dropping or rolling containers can damage them and will immediately result in the product becoming contaminated due to leakage or breaking of seals. Even though larger containers such as barrels and drums are meant for several uses, mishandling them can also lead to damage.

    Storage Sites

    Careful handling containers of lubricants

    Storage can be done either indoors or outdoors, but a dedicated indoor storage facility for lubricant storage and handling is recommended as it is the safest way to ensure that environmental conditions do not deteriorate lubricants or cause environmental contamination. A dedicated storage facility would also ensure that packages in bulk are stored securely without the risk of falling or sliding over, and it also ensures that drums and barrels are stored on an appropriate surface that doesn’t damage the packaging of the containers themselves.

    The storage site bust be designed to be operative and expandable to meet all the necessary requirements.

    Some best practice tips Armor Lubricans manufacturer for storage sites are as follows:

    • Making sure the storage area has as little airborne particles as possible.
    • Covering containers with plastic sheets to ensure that moisture does not get in, nor does water or airborne particles.
    • Temperature is maintained throughout the storage area as per manufacturer’s direction.
    • Smooth and level flooring to avoid tipping or damage to the containers.
    • Enough space to fulfil the FIFO method while rotating through the inventory.

      Environmental Conditions & Contamination

      Lubricants can undergo contamination and deterioration if exposed to the elements or foreign materials, which is why a dedicated indoor storage facility is recommended while considering for lubricant storage and handling. However, even an indoor area can present danger to lubricants.

      Environmental conditions and contamination

      Different types of environmental contaminations and their fixes are as follows:

      • Temperature: Varying or extreme temperatures can cause chemical changes in lubricants, depending on their additives. They can also result in the deterioration of the packaging itself, giving way for other forms of contamination. Therefore, a temperature-controlled storage facility is of utmost importance, so is the usage of fireproofing.
      • Light: Direct sunlight can also lead to temperature changes and a degradation of the container itself.
      • Water & humidity: Due to the chemical nature of lubricants, they have a tendency to absorb moisture, this can lead to a drop in the efficacy of the lubricant itself once used. Storage facilities must be cool and dry, making sure that the area is properly sealed as well.
      • Airborne contamination: This is especially necessary in industrial settings where other things are being manufactured or used, foreign materials that mix with the lubricants can cause contamination. A properly sealed facility is important, so is ensuring that each container is tightly sealed as well.

      Quality Control

      It’s necessary to verify the quality of lubricants given by the lubricants supplier to confirm that the correct product is being produced and that it meets with the specified up to date requirements.

      Quality of Lubricants by lubricants supplier

      Performing oil analysis is a valuable technique for ensuring that your lubricants satisfy their specifications and will indicate the following:

      • Base-stock quality
      • Performance levels of lubricants
      • Performance characteristics of thickeners/grease
      • Quality of additives and concentration

      Waste & disposal

      Ensuring proper disposal of lubricants and empty containers is just as imperative since lubricants can present a fire hazard.

      Disposal of Lubricants and Empty Containers

      Waste lubricant should be disposed in secure containers with properly sealable lids as spills can cause a health and environmental hazards. All empties containers and packages that once contained lubricant need to be disposed in appropriate recycling bins or facilities as they are eligible to handle corrosive and flammable material.

      It is also dangerous to attempt to cut down drums or barrels that once contained lubricants as it can cause a fire hazard.

      In conclusion, to ensure that the lubricants provide the best efficacy in the motors they are used in, it is crucial to protect both the containers and the lubricants themselves from the elements, environmental contaminants, and other airborne particles, it is also recommended to ensure proper usage in a timely fashion to avoid degradation through exceeded shelf-life. All in all, following lubricants manufacturer directions and labelling, while going through proper lubricant storage and handling guidelines can ensure the longevity and effectiveness of your lubricants.

        10 Helpful Guidelines for Purchasing Automotive Oil

        Things to Consider Before Making a Purchase Automotive Oil

        Lubricants for Automobiles

        Lubricants are essential for automobiles, whether we’re talking about a personal vehicle, a racecar, a heavy-duty truck, or something completely different. Without lubricants, metal-on-metal friction would soon cause everything to grind to a stop. With that being said, purchasing lubricants can be confusing, particularly for those who are not all that familiar with the industry.

        Recommendations for purchasing, storing, and handling lubricants

        In this guide, we will explore the recommendations necessary for purchasing, storing, and handling lubricants, as well as the major players in the industry and what you should know about them.

        Automotive Lubricants: More Than Engine Oil

        For many people, the automotive lubricant Oil market can be summed up with one product: engine oil. While that is one of the most critical products, many other lubricants play a role here, including:

        • Transmission fluid
        • Power steering fluid (hydraulic oil)
        • Gear oil (also called gear dope)
        • Bearing grease
        • Brake fluid
        Automotive lubricant market

        While not all fluids provide textbook lubrication for moving parts, all of them are subject to many of the same stressors, such as high heat and pressure. Many of them are also petroleum-based, and all must be changed from time to time to ensure protection and to remove contaminants from the system.

          Most of the major players in the automotive engine oil market also manufacture more than just car oil. For instance, Royal Dutch Shell PLC, the world’s top-rated automotive lubricants manufacturers in uae, also makes motorcycle engine oil, heavy-duty engine oils, gear oil, and much more. At Armor Lubricants, we also manufacture 2-stroke engine oil, brake fluid, gear and transmission oil,  coolant antifreeze and much more.

          Liquid Lubricants: Important Information to Know

          When buying liquid lubricants, whether that is car engine oil, gear oil, power steering fluid, or something else, you will need to make several similar considerations. These include the following:

          Types of Lubricants

          Viscosity: Viscosity is a measure of a liquid lubricant’s ability to lubricate, performance at different temperatures, and viscousness. The higher the number on the container (5W30, 10W40, etc.), the more viscous the oil and the “thicker” it will be. Viscosity is perhaps the single most important factor to consider when purchasing liquid lubricants because it describes the lubricant’s performance within the engine application. If the viscosity is wrong, the engine will not see the protection from heat and friction it requires.

          Engine Oil SAE Classifications

          In fact, viscosity is so important that the Society of Automotive Engineers (SAE) actually classifies engine oils by their viscosity rating (the aforementioned 5W30 and 10W40 as examples). However, industrial lubricants are classified differently, such as by ASTM D2422 or ISO 3448.

            Pour Point: Another important factor when choosing automotive oil is the product’s “pour point”. This is the temperature at which the lubricant will flow properly. It’s important in a range of situations but is particularly essential when starting an engine cold (as well as for engines that operate in cold areas of the planet).

            It’s also an important consideration for gravity-fed systems that do not rely on forced fluid movement. For instance, automotive engine oil is pumped to the top of the engine via an oil sump, where it lubricates the camshaft and related components, but then flows down through the engine due to the force of gravity.

            Additives like pour-point depressants can lower the pour point of a lubricant. This makes it usable in a wider range of temperatures and climatic conditions.

            clog filters

            Cloud Point: The cloud point of a lubricant is the temperature at which any waxes in the formulation begin to become visible and separate from the lubricant itself. Waxes can offer improved functionality in some instances but must be tightly controlled, as they can clog filters when they begin to separate from the oil, creating problems like reduced oil flow and increased systemic pressure.

            lubricants flashpoint

              Flash Point: A lubricant’s flashpoint is the temperature at which any vapor in the system over the liquid will ignite if exposed to a source of ignition (spark). If a lubricant has a flashpoint of under 60 degrees C, it is considered flammable. The typical flashpoint for engine oil is 225 degrees C.

              Fire Point of a Lubricant

              Fire Point: The fire point of a lubricant is usually eight to 10% higher than the flashpoint, and is the temperature at which the liquid lubricant will ignite when exposed to a source of ignition (spark).

              Auto-Ignition: This is the temperature at which a lubricant will spontaneously combust without the need for an ignition source. It should not be confused with the flash or fire points of a lubricant.

              Engine Performance and Lifespan

              All of the factors discussed above should be considered when purchasing lubricants, as they will affect engine performance and lifespan. They will also affect fuel costs, operability, maintenance costs, and a great deal more. Of course, there are other things that buyers should know.

              Additional Considerations When Buying Industrial and Automotive Lubricants: Storage and Handling

              Lubricant Storage and Handling

              Unless you are purchasing very small quantities of lubricants, you will need to safely store your product for future use and access. Storage and handling of lubricants are vital considerations and must be done properly. There are three primary focus areas here:

              • Preventing contamination
              • Preventing confusion
              • Providing containment


              Lubricant Cleanliness & Contamination Control

              Lubricants will work as described by the manufacturer so long as the product remains uncontaminated with other materials. Contamination during storage and handling of lubricants is unfortunately common and is almost universally due to human error at some point in the process. For instance, if a container is not sealed properly, air and moisture can enter and contaminate the lubricant. Once contaminated, it is not possible to remove the contaminant(s) and the entire container must be discarded, which wastes money, resources, and time. It must also be disposed of properly to avoid environmental damage, which can incur additional costs and time.


                Improve Lubricant Storage and Handling

                Improperly stored lubricants can be confused with other products by your personnel. It is critical to have a storage plan that ensures each lubricant used has a specific place within the inventory. Your products should also be clearly labeled and organized to help prevent confusion. Using a lubricant in the wrong application can lead to wasted time and money at best. At worst, it could cause serious damage to the system, up to and including the destruction of the system. For instance, using transmission fluid in place of engine oil could lead to the engine seizing. Using power steering fluid (a flammable liquid) in the wrong application could lead to a fire.

                Lubricants safe handling practices - Armor Lubricants


                All automotive lubricants have the potential to cause environmental damage, even in small amounts. It is important to have a containment plan in place that helps ensure that any accidents, such as spills, do not lead to environmental harm. Your containment plan should include everything from an appropriate storage area to safe handling practices for personnel, cleanup tools and supplies (oil dry, etc.), and more.

                Additional Tips for Safe Storage and Handling

                Purchasing automotive lubricants requires that you have the right storage and handling policies, procedures, and facilities in place. The following tips will help ensure that you can purchase the right lubricants, store it properly, use it before it goes bad, and avoid potential accidents.

                Right Lubricant Storage and Handling Policies - Armor Lubricants Manufacturer

                Use It Up: While automotive lubricants will remain viable for a long time, they will eventually go bad. Throwing away unused oil or other lubricants is not just a waste of money, but also a waste of natural resources. Create a use plan that ensures the old product is used before the new product. This should be the basis for your reordering, as well.

                Check Containers: Improperly sealed or damaged containers are the primary causes of lubricant contamination and spoilage (when not exceeding the product’s shelf life). Ensure that all containers are in good condition, tightly sealed, and not subject to environmental conditions that might degrade them. For instance, if you must store some of your lubricants outdoors, ensure that you use containers capable of withstanding direct exposure to sunlight, as well as rain, temperature fluctuations, and other forces.

                Lubricant storage and process tank

                Filters and Protection: If putting lubricants into bulk tanks, it is important to understand that large, bulk containers come with their own environmental constraints. For instance, it is much easier for condensation to form in these, which can contaminate lubricants, rendering them useless. Install filters on tanks to prevent water from entering. Breathers and secured hatches can also help minimize contaminant potential. Galvanized metals should be avoided in most cases, as they can react badly with some types of lubricant additives.

                Automotive Lubricants Market Key Players

                Key Players in the Automotive Lubricants Market

                With the buying guidelines out of the way, it’s time to turn our attention to the main players within the automotive lubricants market. You’ll find some well-known names here. The top manufacturers according to MarketWatch are as follows, in descending order:

                • Royal Dutch Shell PLC
                • Exxon Mobile
                • BP p.l.c.
                • Chevron
                • Total
                • China National Petroleum Corporation
                • IDEMITSU KOSAN
                • SINOPEC
                • FUCHS PETROLUB SE
                Automotive Lubricants Market. - Lubricants Market Watch

                However, many other companies play smaller, supporting roles in the industry, including the following:

                • AMSOIL INC.
                • Gazprom Neft PJSC
                • Armor Lubricants
                • LUKOIL
                • Motul
                • Phillips 66 Company
                • Valvoline Inc.

                  Why Choose Armor Lubricants?

                  Manufacturing a full range of industrial and automotive lubricants brands, from engine oil to brake fluid, automatic transmission fluid to hydraulic oil, Armor Lubricants is based in the United Arab Emirates (UAE). We design and manufacture our lubricant products in the Middle East for the Middle Eastern markets, as well as for reginal markets around the world. We formulate our products to meet the specific climatic conditions our customers experience. However, there are many other reasons to choose Armor Lubricants is known as the best automotive lubricants Supplier in uae.

                  Armor Lubricants Manufacturer in UAE

                  Locally Based with a Global Reach

                  While we are based in the UAE and design a broad range of lubricants for our local market, we have global reach and can formulate lubricants for any need, from the cold temperatures of extreme northern or southern latitudes to the constant heat of the equator. Our production plant has a capacity of 50,000 MT per year, allowing us to blend and fill orders large and small, and then expedite shipment to anywhere on the planet. We export lubricants to over 49+ countries in the world, including Europe, East Africa, North Africa, Asia, and throughout the Middle East.

                  Custom Lubricants

                  While we manufacture a wide rage of lubricants for use throughout the Middle East and the rest of the world, we also have the capacity to serve your specific needs. We offer an extensive raw materials inventory coupled with the experience and expertise necessary to formulate lubricants for specific climatic conditions, use cases, engine types, applications, and specifications. We specialize in custom-blended petroleum, solvent, and water-based products.

                  Lubricants bulk containers, customized packaging for Export

                  We also have the ability to package those products as needed, whether that is in bulk containers or customized packaging for resale.

                  Certification and Compliance

                  At Armor Lubricants, we understand the importance of formulating our products correctly. All of our automotive lubricants meet or exceed ISO, API, and SAE standards. Our plant is certified for ISO 9001-2008, ISO 14001-2004, and OHSAS 18001:2007. The American Petroleum Institute (API) has also given our full product range its stamp of approval.

                  Armor Lubricants Brands

                  Interested in learning more about how Armor Lubricants can meet your needs? Whether you’re interested in purchasing our existing branded lubricants or would like to speak with us about custom-blended products, contact us today.

                    Protect Your Engine and Save 1000’s of Dirhams: How the Right Engine Oil Prevents Engine Damage

                    Understand Why Your Choice in Engine Oil Matters So Much

                    Protect your engine and save thousands of dirhams

                    Why Does Engine Oil Matter?

                    Before we explore how the right engine oil can save you money, it’s important to understand why engine oil matters in the first place. Simply put, engines require lubrication to prevent damage from friction and heat. As the metal components within an engine move, they create heat (and without a layer of oil to prevent it, would physically contact other surfaces).

                    Lubricant Oil provides a barrier against physical contact, helping to avoid damage. It also helps to lubricate engine components, allowing them to move with less resistance. Finally, engine oil helps combat high temperatures, which can lead to serious damage and degradation.

                    However, there is a misconception that “engine oil is engine oil” and that any formulation will work. That is not the case.

                    Why the Right Oil Is Necessary

                    Engine oil is manufactured to many different specifications. Some oil is thicker (higher viscosity), while other formulations are thinner (lower viscosity). Some oils are made strictly from mineral engine oil (conventional engine oil), while others have a higher chemical base (synthetic oils), and some blur the line between the two (synthetic blends).

                    You will even find many oil blends on the market designed for specific needs, such as:

                    • High mileage engines
                    • High-temperature environments
                    • High-performance applications
                    • Cleaning and removal of engine deposits
                    Engine Oil Save You Thousands of Dirhams

                    How Can Right Engine Oil Save You Thousands of Dirhams?

                    We started this guide with the premise that the right engine oil can save you thousands of dirhams over time. But how? It comes down to a couple of things: reducing wear and tear, and helping to prevent repairs and replacements.

                    Engine oil protects the metal surfaces of components within the engine, such as the piston heads and walls, the valves, the interior of the head, and more. The wrong engine oil leaves these areas vulnerable to physical contact and damage from friction, which wear away small amounts of metal over time. Eventually, the parts must be replaced. There is also the fact that the metal shavings move throughout the engine, creating dangerous deposits and additional wear and tear.

                    Right engine oil benefits

                    The right engine oil will help to reduce the amount of wear and tear within your engine. This has additional benefits – it’s not just about making sure your engine lasts as long as possible. The right engine oil can help to smooth out a rough idle, ensuring that the engine runs as smoothly as possible. It can also help ensure smooth, powerful acceleration improves fuel economy, and more.

                    From that, we can extrapolate some of the potential savings:

                    • Less money spent on repairs and replacements (an engine replacement might cost Dh20,000 or more)
                    • High-temperature environments
                    • Less fuel consumption, so less money spent on petrol
                    • Less lost time due to repairs, slow starts, and the like

                    As you can see, there are significant savings to be found here. Even if you never have to replace your engine, the loss of power, increased frequency of repairs and maintenance, and lost time due to those repairs can add up very quickly.

                    How to choose the best engine oil for your cars

                    All of this begs the question: how do you find the right oil for your car? It’s not as simple as just walking into an auto parts store and picking up a bottle of oil. You need to know the right weight for your car, as well as which kind of oil is best suited for your climate. We’ll discuss that and more below.

                    What Engine Oil Is Right for Your Car?

                    On the surface, it would seem that finding the right engine oil would be a simple matter. However, it is actually more complicated than many drivers realize. In this section, we will break down what you need to know.

                    Engine Oil Manufacturer Recommendation

                    The Manufacturer’s Recommendation

                    The place to start is with the automaker’s recommendation. As the manufacturer, the company understands the tight tolerances within the engine better than most. You can usually find the automaker’s oil weight recommendation in the owner’s manual or written on the oil filler cap on the engine itself. It will probably look something like this:

                    5W30 Engine Oil

                    It could be 0W30, 5W20, or something else, as well. Most automobiles today are designed to use what is called multi-viscosity oil. Understanding what that means is also important to protecting your engine and saving money over time in maintenance and repair costs.

                      Understanding Oil Weights and Viscosities

                      Once, engine oil was sold by what is sometimes called “straight weight”. That is, you would buy a quart of SAE 30 or SAE 40 oil. What this meant was that the oil behaved in a certain way no matter what the ambient temperature might be. The higher the number (40 versus 30, for instance), the thicker the oil was and the slower it moved.

                      Engine Oil Weights and Viscosities

                      However, straight-weight oil had many limitations. For instance, in cold weather, it was very thick and took a long time to begin flowing. An engine operating with straight-weight oil in cold temperatures could sustain a significant amount of wear and tear before the oil was able to protect moving parts.

                      To combat those problems, oil companies created what’s called multi-viscosity oil. It is the most common formulation for engine oil today, and is what most automakers recommend for their engines. Let’s go back to our example of 5W30 Oil.

                      In this situation, the two numbers and one letter mean several different things.

                      Armor Lubricants multi-viscosity engine oil blends

                      The W means “winter”, and it means that when temperatures are cold, the oil behaves like 5 weight oil. The 30 means that when temperatures are warmer (both during normal operation and in warmer climates), the oil behaves like 30 weight oil. Most vehicles today benefit from multi-viscosity oil blends because of tight tolerances within the engine that mean thicker oil has an even harder time flowing through the channels, as well as the fact that much of the world’s population lives in geographic areas where temperatures fluctuate over the course of a year.

                      Engine oil manufacturer recommended Engine Oil for Middle-east geographical area

                      Of course, that does not apply to everyone. For instance, in the Middle East, the climate is hot most of the year, meaning that thinner oil may simply be too thin to provide the protection necessary for your engine during the peak of summer.

                      Now that we have discussed oil weight and viscosity, let’s return to the discussion on how to find the right oil for your engine. We’ve already discussed the manufacturer’s recommendation. Next, we need to touch on conventional oil versus synthetic blends and full synthetic formulations.

                      Oil Type and Your Engine

                      Engine Oil types for consumer vehicles

                      There are three different types of lubricant oil on the market today designed for consumer vehicles. These are conventional oil (also called mineral oil), synthetic oil, and synthetic blends. While all of them can lubricate an engine, they are far from identical.

                      Conventional Engine Oil

                      Conventional Engine Oil

                      Conventional oil is mineral oil and is mostly derived from petroleum. Some additives are used to help prevent unwanted outcomes, like foaming or oxidation, but the bulk of the oil is based on minerals. This is the original engine oil and is what has been used for decades.

                      There are advantages to conventional oil. For one thing, it’s affordable. For another, it’s widely available.

                      However, there are downsides, too. For instance, mineral oil is poorly suited to engines used in hot climates because it breaks down and does not provide adequate protection at higher temperatures. Another problem is that the oil’s lifespan is relatively short, so you’ll have to change it frequently to ensure adequate protection for your engine.

                      Synthetic Engine Oil

                      synthetic engine oil

                      Full synthetic Engine oil has a heavier chemical makeup than mineral oil. However, it can outperform conventional oil across all temperature ranges. You’ll find additives here that help with things like removing deposits within the engine (detergent).

                      Some of the benefits of using synthetic oil include a drastically improved use life (some formulations can be used up to 10,000 miles). Synthetic oil is also better at protecting in both hot and cold climates. It is more free-flowing than mineral oil, as well, which means that it offers protection on engine startup faster than what’s possible with conventional oil. It can even reduce oil consumption in high-speed driving situations.

                      In terms of downsides, there are very few. It is more expensive than mineral oil, but that cost difference balances out thanks to reduced oil change intervals and reduced engine wear and tear.

                      Synthetic Blends

                      Synthetic Engine Oils are precisely what they sound like: a combination of synthetic and mineral oil. They were originally created as something of a midway point to help bridge the gap between conventional oil and fully synthetic formulations for consumers on the fence about making the jump.

                      Today, fewer and fewer companies are offering synthetic blend Engine Oil. This is due to a few reasons. One of those is that more consumers than ever before understand the benefits of full synthetic oil and the drawbacks of mineral oil. Another is that the growing range of full synthetic formulations means that there’s an option for virtually every need, which reduces demand for blended formulations.

                      For most consumers, particularly those in hot climates such as the Middle East, full synthetic formulations are the better option. However, there’s more involved in making this decision. You also need to consider the quality of the engine oil itself.

                      The Question of Quality

                      Premium quality engine oil made from 100% virgin base oil

                      With the questions of weight and type out of the way, we need to touch on oil quality. While there are many different manufacturers around the world, not all of them create products you want to entrust with your car’s engine. So, how do you tell if an oil formulation is high quality?

                        First, make sure it’s rated for your car. For consumer vehicles, look for labels with the letter S on them (for service – note that this applies only to petrol engines). For heavier-duty diesel engines, look for the letter C (for commercial).

                        It’s also important to buy from an leading lubricant oil company that adheres to stringent quality-related protocols. The product label should highlight API certification through an independent third party. This should also include the certificate number.

                        Note that the API regularly updates formula specifications and denotes new ones with different combinations of letters. For instance, the most recent category designations are SN, SM, SL, and SJ. In the UAE, obsolete categories are not removed from shelves, so always make sure that you’re buying an API Approved oil category that’s compatible with your year, make, engine size, and type.

                        Choose Armor Lubricants

                        Armor Lubricants High Quality Engine Oil for Robust Protection

                        Armor Lubricants is one of the leading engine oil manufacturers in UAE. We have been in business for over 14 years and offer a wide range of engine oils for both petrol and diesel engines. Our products are made with high-quality base oils and additives, and they are designed to meet the latest industry standards. We are based in the UAE, and while we ship around the world, we also design our products to provide the protection and peace of mind that our Middle Eastern customers require. Contact us today to know more about our broad range of engine oils for consumer vehicles.

                        Some of the benefits of using Armor Lubricants engine oil include:

                        • Improved engine performance
                        • Increased fuel efficiency
                        • Reduced emissions
                        • Extended engine life
                        • Protection against wear and tear

                        Here are some of the reasons why Armor Lubricants is a leading engine oil manufacturer in the UAE:

                        • They have a long history of experience in the industry.
                        • They use high-quality base oils and additives.
                        • Their products are designed to meet the needs of a variety of vehicles.
                        • They offer a warranty on their products.
                        • They have a strong customer service team.

                        If you are looking for a high-quality engine oil for your vehicle, Armor Lubricants is a great option. Their products are backed by a warranty and they have a strong customer service team.