Products in Lubricants & Functional Fluids: Friction Modifier

Synative® ES DPHA is an innovative friction modifier in liquid form. Belonging to the esters chemical family, it excels in fluids and lubricant technology. Ideal for various applications such as consumer goods (appliances and electronics), industrial manufacturing, cold chain, insulation, automotive, and transportation. This cutting-edge solution enhances lubrication in automotive fluids and industrial processes. With its versatile liquid state, Synative® ES DPHA proves effective in optimizing friction across diverse sectors, ensuring peak performance in every application.

Synative® ES 3357 is a cutting-edge friction modifier in liquid form belonging to the esters chemical family. Crafted for optimal performance in fluids and lubricants, this innovative technology finds applications in diverse sectors. It excels in consumer goods, particularly appliances and electronics, as well as industrial settings like chemical and industrial manufacturing. The automotive and transportation industries benefit from its proficiency in lubricants and functional fluids. Additionally, it proves valuable in the automotive fluids and lubricants domain. With a foundation rooted in esters, Synative® ES 3357 ensures superior friction modification across various consumer goods, industrial, and automotive applications, making it a reliable choice in fluid and lubricant technologies.

Synative® ES 2813 finds application in various markets, including automotive and transportation, consumer goods, and industrial sectors. In consumer goods, it is used for appliances and electronics, especially in cold-chain and insulation applications. Within the industrial sector, it is applied in chemical and industrial manufacturing, particularly in fluids and lubricants. In the automotive and transportation markets, Synative® ES 2813 is used for lubricants and functional fluids, including drivetrain oils and fluids, engine oils and fluids, gear oils and lubricants, greases, hydraulic oils and fluids, industrial oils and fluids, and turbine and compressor fluids and oils. The end uses encompass axle oils, compressor oils, engine oils, gear oils, hydraulic fluids, and motor oils. Synative® ES 2813 is in a liquid physical form, making it versatile for a range of applications across these diverse markets and end uses.

WACKER® NE 4720 is an anionic oil-in-water emulsion of medium-viscosity polydimethylsiloxane. It has a low viscosity and can be easily diluted with water. WACKER® NE 4720 exhibits excellent wetting properties on various substrates. Importantly, it does not cause stress crack corrosion when in contact with acrylic glass or polycarbonates.

Desilube 88 is an ecofriendly high performance anti-wear, anti-friction, extreme pressure lubricant additive.

Desilube 77 is an ecofriendly high performance anti-wear, anti-friction, extreme pressure lubricant additive.

LUBRICIT GMO-VEG is a glycerol monooleate derived from vegetable fatty acids. It is environmentally friendly and offers outstanding lubricity and low volatility. This LuSC listed product has 100% bioderived content, high biodegradability and low aquatic toxicity which make it an excellent choice for EcoLabel hydraulic fluids, gear oils, and metalworking applications.

LUBRICIT GMO is a glycerol monooleate derived from natural fatty acids. It is environmentally friendly and offers outstanding lubricity and low volatility. This LuSC listed product has 100% bioderived content, high biodegradability and low aquatic toxicity which make it an excellent choice for EcoLabel hydraulic fluids, gear oils, and metalworking applications.

LUBRICIT GTL is a fully saturated glycerol triester derived from natural fatty acids. It is environmentally friendly and offers outstanding lubricity and low volatility. 100% bioderived content, high biodegradability and low aquatic toxicity make it an excellent choice for EcoLabel hydraulic fluids, gear oils, and metalworking applications.

LUBRICIT GMT is a glycerol mono/diester derived from natural fatty acids. It is environmentally friendly and offers outstanding lubricity and low volatility. This LuSC listed product has 100% bioderived content, high biodegradability and low aquatic toxicity which make it an excellent choice for EcoLabel hydraulic fluids, gear oils, and metalworking applications.

LUBRICIT GTO is a glycerol trioleate derived from natural fatty acids. It is environmentally friendly and offers outstanding lubricity and low volatility. 100% bioderived content, high biodegradability and low aquatic toxicity make it an excellent choice for EcoLabel hydraulic fluids, gear oils, and metalworking applications.

Nanol® is a patented discovery and represents an innovative lubricant additive, which significantly reduces friction and wear of surfaces due to a thin protective layer formed by copper nanoparticles.Nanol Power+ T:Reduces frictionReduces wearCuts down emissionsSaves fuelProlongs lifetime of componentsImproves machinery efficiencyNanol® POWER+ T is optimized for commercial and passenger vehicles. Only 3% of Nanol® POWER+ T is added to lubricant oil from engine oil reservoir and by that our customer have witness 2-6% reduction in fuel consumption.The unique action behind the Nanol® lubrication technology lies within the precise amount of perfectly distributed copper nanoparticles, constructing a physical layer of copper atoms only on the surfaces of friction and wear.

NA-LUBE® FM-1191 is a liquid friction modifier for automotive and industrial lubricants as well as greases. NA-LUBE® FM-1191 does not contain any sulfur or phosphorus. NA-LUBE® FM-1191 is soluble in both synthetic and petroleum based stocks.

NA-LUBE® FM-1187 is a liquid molybdenum-based friction modifier for automotive and industrial lubricants as well as greases. NA-LUBE® FM-1187 does not contain any sulfur or phosphorus.

Fluoro GS 125 is a free-flowing, easily dispersed PTFE micropowder. It provides friction reduction, improved wear protection, and some thickening. In our efforts to constantly improve, Shamrock has been working to develop PTFE micropowders for the grease and lubricant market. We have been determining thickening efficiency with the cone penetrometer using a 50/50 mixture in a PAO6 base oil and wear resistance according to ASTM D 2266 with the 4 Ball Tester in order to provide the industry with PTFE data that relates to grease properties.

Nanol® is a patented discovery and represents an innovative lubricant additive, which significantly reduces friction and wear of surfaces due to a thin protective layer formed by copper nanoparticles.Nanol® POWER+ MH is optimized for Marine engines operating with high sulfur fuel oil. With only 3 % of Nanol® POWER+ ML in lubricant our customers have witness 2-6% fuel savings.Nanol Power+ ML:Reduces frictionReduces wearCuts down emissionsSaves fuelProlongs lifetime of componentsImproves machinery efficiencyThe unique action behind the Nanol® lubrication technology lies within the precise amount of perfectly distributed copper nanoparticles, constructing a physical layer of copper atoms only on the surfaces of friction and wear.

HeBoLub® O30 is a highly concentrated, stable oil dispersion of ultrafine hexagonal Boron Nitride particles in a high quality base oil. When added to lubricants, HeBoLub® O30 helps to reduce friction and wear.

K-CORR® 100 is an ashless rust inhibitor for industrial and automotive lubricants and greases.

Nanol® is a patented discovery and represents an innovative lubricant additive, which significantly reduces friction and wear of surfaces due to a thin protective layer formed by copper nanoparticles.Nanol® POWER+ ML is optimized for Marine engines operating with low sulfur fuel oils. With only 3 % of Nanol® POWER+ ML in lubricant our customers have witness 2-6% fuel savings.Nanol Power+ ML:Reduces frictionReduces wearCuts down emissionsSaves fuelProlongs lifetime of componentsImproves machinery efficiencyThe unique action behind the Nanol® lubrication technology lies within the precise amount of perfectly distributed copper nanoparticles, constructing a physical layer of copper atoms only on the surfaces of friction and wear

NANOL® is patented lubricant additive, which significantly reduces friction and wear of surfaces due a thin protective layer formed by copper nanoclusters.Our lubricant additive, Nanol:Reduces frictionReduces wearCuts down emissionsSaves fuelProlongs lifetime of componentsImproves machinery efficiencyNANOL® is paste (CAS #1120-44-1) and can be easily blend to engine oils, industrial oils, greases etc.Please contact us for further information.

Nanol® is a patented discovery and represents an innovative lubricant additive, which significantly reduces friction and wear of surfaces due to a thin protective layer formed by copper nanoparticles.Nanol® POWER+ E is optimized for Power generation units.The unique action behind the Nanol® lubrication technology lies within the precise amount of perfectly distributed copper nanoparticles, constructing a physical layer of copper atoms only on the surfaces of friction and wear.

Polybut™ 10 is a low molecular weight conventional polybutene.

Metall Chemie MC 202 is a bis-thiadiazole-derivate in form of a yellow powder. Excellent performance even at high temperatures. Contains corrosion prevention characteristics.

Polybut™ X2 is a low molecular weight conventional polybutene.

Polybut 190 is a low molecular Weight Conventional Polybutene

Marzon X-55 utilizes Laurel's proprietary thermal particle polishing processing technique. This results in a remarkably uniform particle with uniquely high powder bulk density. As a result, the flow and handling characteristics of Marzon X-55 surpass those of other standard PTFE micropowders. Because of its high particle density, in many cases greater efficacy can be achieved at lower mass loadings when compared to standard additives

Finechem Technology FC 3112 friction improver of nano boron ceramic is a deep amber transparent oily liquid, which is made of nano calcium borate multi-effect agent, nano boron anti-friction ceramics and advanced synthetic ester. It belongs to the products of non-toxic, no phosphorus, low sulfur, low ash energy saving and emission reduction, having features of extraordinary antifriction and antiwear and fuel economy. After stand test, friction coefficient and wear spot are 20% less than that of traditional anti-friction, and the fuel saving ratio in internal combustion engine oil is 5%-7.5% (fuel-efficient of stand and is 2% and 4% respectively, which is the national promotion transport energy-saving products). Compared with traditional friction improver, FC3112 has lower cost and lighter color than that of organic molybdenum and nano copper, lower toxicity than that of thiophosphoryl compound, and more environmentally-friendly; it can not only have characteristics of high-temperature resistance and corrosion resistance but can avoid competitive adsorption because the polarity is too strong, reduce the effect of original extreme pressure antiwear agent, while the fatty acid has no such characteristics.

Polybut™ 4 is a low molecular weight conventional polybutene.

Polybut™ X10 is a low molecular weight conventional polybutene.

Polybut™ 30 is a low molecular weight conventional polybutene.

Muscle Hybrid Engine Treatment™ is designed specifically for today’s hybrid engines engineered to treat the metal not the oil for reduced friction and wear and enhanced engine performance.

Octopol PTB is a synergistic extreme pressure composition found to give superior anti-wear and antioxidant features contributed to the oil by the particular borate dispersion. Octopol PTB has fluid or semi-fluid consistencies that are desirable for open gears and bearings. This extreme pressure additive has usages in gear sets found in gas compressors, high-pressure hydraulic systems, automotive transmission differentials, and other types or bearings where high-load conditions are prevalent. To avoid the undesirable effects of uncompounded oil under high-load conditions, borates are widely used EP and anti-wear additives. By building a resilient film caused by inorganic borate spheres interacting with metal load-bearing surfaces, this borate dispersion is able to provide outstanding wear protection and load-carrying capacity. The lubricant becomes very stable due to the small size and low density of the dispersed borate.

Polybut™ X7 is a low molecular weight conventional polybutene.

FUEL SHIELD™ is the ultimate fuel system performance enhancer and fuel lubricity improver. Utilizing the most Advanced Boundary Film (ABF) Technology,it provides maximum lubrication in gasoline and diesel fuel systems. Fuel Shield™ is especially formulated to help protect against accelerated wear caused from Ultra Low Sulfur Diesel (ULSD) fuels. Fuel Shield thoroughly cleans the entire fuel system while reducing emissions, increasing fuel mileage, improving power, performance, in addition to extending the life of fuel injectors, injection pumps and fuel filter life. Other benefits include the elimination of gum and resin deposits, increased fuel combustion efficiency, improved fuel atomization, removes water and fights corrosion in the fuel system.

Polybut 1800 is a low molecular Weight Conventional Polybutene

Octopol AD is an extreme pressure anti-wear additive, corrosion inhibitor, and antioxidant. Typical uses for Octopol AD are in almost all types of industrial and automotive gear oils, bearing greases, and synthetic lubes. The superior extreme pressure performance gained from Octopol AD makes it our most popular additive. The antioxidant and anti-wear properties also give extended life and improved color even under the harshest conditions. Typical use levels are 1.0 – 10 + percent by weight in lubricating greases and industrial gear oils.