Products in Additives: Friction Reduction

WACKER® AP 1000 STAB is a clear, brown-colored polydimethylsiloxane with a high proportion of phenyl groups. This specially stabilized product exhibits excellent thermal stability. It is primarily used as a heat transfer fluid and a pressure transfer fluid. For practical purposes, the useful temperature range of WACKER® AP 1000 STAB is between -35 °C and +250 °C. However, this presupposes that heat-stressing of the fluid occurs under "chemically pure" conditions.

WACKER® AP 1000 is a clear, colorless, and odorless polydimethylsiloxane with a high proportion of phenyl groups. It finds application as a heat transfer fluid, a pressure transfer fluid, a dielectric in capacitors and transformers, and as the base fluid for heat-resistant lubricants.

WACKER® AS 100 Silicone fluid is a clear, colorless, and odorless polydimethylsiloxane with a low proportion of phenyl groups. It serves as a versatile damping fluid, providing excellent vibration and noise reduction in various applications. Additionally, it is commonly used as a heat transfer fluid and serves as a base fluid for low temperature lubricants.

WACKER® AP 500 is a clear, colorless, and odorless polydimethylsiloxane with a high proportion of phenyl groups. It is commonly used as a heat transfer fluid and a pressure transfer fluid. Additionally, it serves as a dielectric in capacitors and transformers as well as a base fluid in heat-resistant lubricants. For practical purposes, the useful temperature range of WACKER® AP 500 is between -35 °C and +200 °C.

WACKER® APF 130 is a clear, colorless, and odorless polydimethylsiloxane with a high proportion of phenyl groups. This versatile fluid finds widespread application as a heat transfer fluid and a pressure transfer fluid. It also demonstrates excellent performance as a dielectric in capacitors and transformers and serves as a reliable base fluid in heat-resistant lubricants.

WACKER® AP 200 is a clear, colorless, and odorless polydimethylsiloxane with a high proportion of phenyl groups. It is commonly used as a heat transfer fluid and a pressure transfer fluid. Additionally, it serves as a dielectric in capacitors and transformers as well as a base fluid in heat-resistant lubricants.

WACKER® APF 130 STAB is a clear, brown-colored polydimethylsiloxane with a high proportion of phenyl groups. It possesses excellent thermal stability and has a specially designed stabilization system, ensuring its reliability in various applications. With its low volatility, WACKER® APF 130 STAB is particularly well-suited for use as a heat transfer fluid and pressure transfer fluid.

WACKER® AR 200 silicone fluid is a clear, colorless, and odorless polydimethylsiloxane with phenyl groups. It is commonly used as a heat transfer fluid and pressure transfer fluid, offering excellent thermal stability and efficient performance. Additionally, it serves as a base fluid in lubricants.

Desilube 99L is an ecofriendly high performance anti-wear, anti-friction, extreme pressure lubricant additive.

Desilube 99FEL is an ecofriendly high performance anti-wear, anti-friction, extreme pressure lubricant additive.

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

Desilube 98F 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.

Desilube 100L is a highly effective package for grease formulations. It provides excellent extreme pressure (EP), lubricity, anti-friction (AF) and anti-wear (AW), rust and copper inhibiting properties to various formulations. It is to be used with: Li, LiX, CaS, Bentonite clay, Polyurea, AlX greases.

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.

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.

K-Ox™ 3EB is a partial butyl ester of a petroleum derivative. It is a dark brown, soft, semi-solid compound. K-Ox™ 3EB is highly polar in nature making it an excellent wetting agent that provides lubricity to formulated products. K-Ox™ 3EB functions by being attracted to metal surfaces, thereby providing a multi-molecular film which lowers the coefficient of friction and, at the same time, affords mild rust protection.

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.

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.

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.

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+ 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

Pure high density polyethylene homopolymer polymer in finely sized rounded powder form. Avg. = 38 micron, D100 = 70 micron.

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.

Rokolub AD 122 is a triaryl phosphate ester in the form of a light yellow to colorless liquid with a characteristic, delicate smell. Thanks to the innovative production technology, the product has a very low water content and low acid number, which significantly prevents its hydrolysis processes, thus ensuring its long-term hydrolytic stability.

Finechem Technology FC58117 Energy-saving diesel engine oil complexing agent of nano boride rare earth is made of nano calcium borate multi-effect agent, nano anti-friction and anti-wear agent boron ceramics, low ash detergent, ash less dispersant, a little of ZDDP antioxidant anticorrosion agent, high temperature phenolic amine antioxidants and metal deactivator as well as cetane number improver etc. It belongs to multiple effect wood oil complexing agent with low sulfur phosphorus ash and energy saving and emission reduction, which can meet requirements of ACEA2010C-10 and 2010 A/B-10 high-end engine oil and API standards. The product can greatly improve the performance of extreme pressure, abrasive resistance, anti-friction and antioxidant anticorrosive, reduce the damage of sulfur, phosphorus and ash on the engine and exhaust devices. New type of hexadecyl improver is used in lubricating oil, which is a technological innovation, through it works instantly in cylinder wall, but it has the outstanding effect on improving burning of diesel engine, preventing flame retardant, saving fuel and reducing emissions. The Nano boron ceramic can improve finish of cylinder barrel and sealing of piston ring to increase engine power, which can achieve the purpose of more powerful, longer oil change period and higher fuel economy. The product performance can reach or exceed the level of the import compound agent, can significantly reduce the cost of the product.

Rokolub AD 246 Ultra is an aryl phosphate ester in the form of a light yellow to colorless liquid with a characteristic, delicate fragrance. It is characterized by low water level and low acid value, which ensure long-term stability of product parameters. In turn, due to the high content of phosphorus, it has properties important for the lubricating oil industry.

Finechem Technology FC58011 Premium Gasoline Oil Complex Agent is prepared with hydrolysis-resistant nano calcium borate multi-effect agent, nano-boron ceramic compound purification dispersant with self-repairing effect, phenol amine high-temperature antioxidant and metal deactivator. It is a kind of low-phosphorus, low-sulfur, low-ash, energy-saving, consumption-lowering and emission-reduction premium gasoline oil complex agent, and is applicable for preparing GF series as well as API/SL, SM and SN premium oil in accordance with ILSAC international standards. Compared with the traditional gasoline engine oil compound, better low temperature dispersion, high temperature oxidation resistance, high and low temperature anti rust, can effectively inhibit sludge and sediment formation, improve the durability of oil, slow down the corrosion of the alloy bearings. There are outstanding anti – wear, anti – friction, repair and anti – abrasion ability, to extend the life of the component. In particular, nano boron ceramics, small particle size, high hardness, the new car can accelerate the fine run in, the old car can be polished repair, normal state can achieve the hard spheres rolling friction, energy saving. Low phosphorus low sulfur, can prevent the three way conversion device catalytic agent poisoning failure and oxygen sensor failure, improve and the durability of the catalyst compatibility and exhaust system.

Finechem Technology FC58570 marine engine oil complexing agent is mainly modulated with nano lanthanum borate with hydrolytic resistance, nano boron carbide, and other multipurpose additive matching with high molecular ash less dispersant, high temperature phenolic amine antioxidants and other high-efficiency multifunctional additives. The product added with nano lanthanum borate and boron carbide multi-effect new additives replaces the ZDDP in the traditional formula, part of the sulfonic acid calcium and calcium sulfide alkyl phenol, which reflects more prominent water separation characteristic, extreme pressure anti-wear anti-friction property, sealing of coordination of piston ring and cylinder and alkali stability, greatly reducing friction and wear, abrasive wear of engine and corrosion wear produced by acidic to extend the service life of the engine; it also can inhibit the production of oil sludge, keeping the engines clean in long time.

Cerflon Technologies CER-Canola is a concentrated dispersion of NSF certified PTFE and hexagonal Boron Nitride (hBN) in a Canola oil carrier. CER-Canola provides a new dimension in durable lubrication applications. It is an exceptionally stable dispersion that is translucent white in color which makes CER-Canola desirable for applications where the use of a dark colored (Graphite or MoS2) solid lubricants would be unacceptable.

Cerflon Technologies CER-H2O is a concentrated dispersion of PTFE and hexagonal Boron Nitride (hBN) in water. CER-H2O provides a new dimension in durable coating application. It is an exceptionally stable dispersion that is translucent white in color which makes CER-H2O desirable for applications where the use of a dark colored (Graphite or MoS2) solid lubricants would be unacceptable.

DPR® 35 offers the lowest viscosity of the product line. It is the easiest product to pour and is the most efficient plasticizer of liquid rubber products. DPR 35 liquid rubber is compatible with many solvents, plasticizers, resins and reinforcements. It increases the polymer’s capacity for fillers and improves the acceptance of non-compatible reinforcements.

Cerflon Technologies CER-IPA is a concentrated dispersion of PTFE and hexagonal Boron Nitride (hBN) in isopropanol. CER-IPA provides a new dimension in durable coating application. It is an exceptionally stable dispersion that is translucent white in color which makes CER-IPA desirable for applications where the use of a dark colored (Graphite or MoS2) solid lubricants would be unacceptable.

DPR® 40 is a low viscosity grade of the DPR liquid rubbers. When used as a processing aid, DPR 40 demonstrates greater reduction in plasticity than the higher viscosity grades of DPR.

Ultraflon MP-10 is a granular-based PTFE additive, and characterized by its proven versatility in a broad spectrum of applications. It possesses an average particle size of 10 microns. Because of Laurel's unique thermal treatment process, it exhibits best-in-class thermal stability. As a result, off-gassing is mitigated and compatibility with various polymer matrices is optimized. Laurel's exacting manufacturing process ensures that the molecular weight of MP-10 is extremely precise. resulting in unsurpassed consistency in performance.

Cerflon Technologies CRT-PTFE150SN is a concentrated dispersion of PTFE in a 150SN mineral oil. CRT-PTFE150SN provides a new dimension in durable coating application. It is an exceptionally stable dispersion that is translucent white in color which makes CRT-PTFE150SN desirable for applications where the use of a dark colored (Graphite or MoS2) solid lubricants would be unacceptable.