Additives for lubricants and functional fluids
In the field of lubricants, we have developed a broad and strong industry knowledge through years of close development work with our development partners, principals and customers. From high-performance oils to fluids for engineering or industrial applications, we have a great deal of data gained from experience to support your product developments. For these reasons, we see ourselves not only as suppliers of a broad selection of base oils and additives but also as a special services provider and technology partner.
Base fluids
For over 50 years, King has been a leader in the alkylation of naphthalenes, and today King is the producer of the world’s broadest line of alkylated naphthalene synthetic fluids. Designated the NA-LUBE KR Series, these products are the ideal choice for use as base stocks to meet the industry’s highest performance standards where high temperatures degrade petroleum based products or as modifiers for non-polar base stocks, such as Group II oils, Group III oils, and PAO’s. NA-LUBE KR Series can help formulators meet today’s ever-increasing demands placed on lubricants. This includes three new NSF HX-1 registered products that meet the requirements for incidental food contact as prescribed by FDA 21 CFR 178.3570. NA-LUBE KR alkylated naphthalenes provide superior thermo-oxidative stability, excellent hydrolytic stability, and greater film thickness compared to alternative base fluids. They are available in a viscosity range of 4 to 20 mm²/s @ 100°C.
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-LUBE® KR series (low Visc.) | Proprietary Alkylated Naphthalene | Non-polar base oil modifier for solubility (Gr.III, PAO, GTL). Improves additive response. Excellent thermo-oxidative and hydrolytic stability. For automotive transmission and crankcase oils. |
| NA-LUBE KR-009 | Proprietary Alkylated Naphthalene | Non-polar base oil modifier for solubility (Gr.III, PAO, GTL). Improves additive response. Excellent thermo-oxidative and hydrolytic stability. Extreme low volatility (Noack) for use in engine oils. |
| NA-LUBE KR series (high Visc.) | Proprietary Alkylated Naphthalene | Non-polar base oil modifier for solubility (Gr.III, PAO, GTL). Improves additive response. Excellent thermo-oxidative and hydrolytic stability. For automotive transmission and crankcase oils. |
| NA-LUBE KR-FG series (food grade) | Proprietary Alkylated Naphthalene | H1-Base oil and base oil solubility modifier. Improves additive response. Excellent thermo-oxidative and hydrolytic stability. Good Lubricity & Seal Swell Properties. Compliance with the FDA Regulation 21 CFR 178.3570. |
PAOs are used in many synthetic products such as lubricants, greases and fluids and have emerged as essential components in many industries and applications. They have many advantages in industrial applications. Polyalphaolefins offer low coefficients of friction, high thermal stability, superior heat-transfer capabilities and low temperature properties. They are available in a wide viscosity range of 2 - 1,00 mm²/s @ 100°C.
Poly-Alpha-Olefins
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® PAO (low visc.) | Poly-Alpha-Olefin | Good thermal stability. High VI. Very good low temperatur properties. Low volatility. |
| LUVODUR® PAO (high visc.) | Poly-Alpha-Olefin | Good thermal stability. High VI. Good low temperatur properties. Low volatility. |
Fatty esters meet the most stringent requirements of the lubricants industry. They are used as lubricity improvers in applications like steel, copper and aluminum rolling. Furthermore they are used in neat oils and emulsions for cutting, grinding and drilling operations. Ester base stocks for industrial gear oils, meeting technical requirements of many standards and specifications. For greases Ester base stocks contribute to improved cold flow properties, lower volatility, good thermal stability, low noise level, good air realease and water separation. Esters are used in a wide range of environmental Lubricants. Taking the chemistry of esters into account and as well as the raw materials used, many Esters are eligible for Ecolabel registration.
Lehmann&Voss - Mono-Esters
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® ES 4801 | 2-Ethylhexyl Tallowate | Biodegradable hydrolytic stable ester, easy emusifiable. Good lubricity. Excellent thermal stability, very high viscosity index. Exhibits synergistic effects with EP/AW additives. Vk40: 9 mm²/s. |
| LUVODUR® ES 4802 | 2-Ethylhexyl Laurate | Saturated hydrolytic and thermal stable ester with low odor, readily biodegradable. Good low temperature and demulsibility properties. Good EP/AW behaviour for aluminum processing. Vk40: 6 mm²/s. |
| LUVODUR® ES 4804 | Isotridecyl Stearate | Hydrolytic and thermal stable saturated mono-ester, high flash point. Provides good lubricity. Readily emusifiable. Low volatility (Noack). Biodegradable. Vk40: 16 mm²/s. |
| LUVODUR® ES 4805 | 2-Ethylhexyl Oleate | Unsaturated, raedy biodegradable oleate ester for neat and cutting fluids. Low odor. High lubricity effect. Very high viscosity index >220. Vk40: 10 mm²/s. |
| LUVODUR® ES 4807 | 2-Ethylhexyl Palmitate | Saturated ester, easy emusifiable. Distinguished by an excellent lubricity and slip resistance. Very high VI. Vk40: 8 mm²/s. |
| LUVODUR® ES 4809 | 2-Ethylhexyl-Stearate | Saturated, very stable fluid with good lubricity effect. Excellent hydrolytic stability. Readily biodegradable. Vk40: 10 mm²/s. |
Lehmann&Voss - Di-Esters
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® ES 4820 | Diisotridecyl Adipate | Saturated adipate ester for automotive and industrial lubricants. Hydrolytic and thermo-oxidative stable. Low PP. Vk40: 30 mm²/s. |
| LUVODUR® ES 4821 | 2-Ethylhexyl Sebacate | Fully staurated diester for a wide range of applications, also low temperature lubricants, very low PP. Excellent thermal-oxidative and hydrolytic steadiness. Vk40: 12 mm²/s. |
| LUVODUR® ES 4822 | Diisodecyl Adipate | Saturated ester with good demulsibility effect. Hydolytically robust, very low pour point, high VI. Vk40: 14 mm²/s. |
Lehmann&Voss - Polyol-Esters
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® ES 4840 | Pentaerythrit-Dioleate | Unsaturated polyolester for a wide range of applications, also for wetting agents reg. MIL-P-81237. Good wear protection. Vk40: 100 mm²/s. |
| LUVODUR® ES 4841 | Neopentyl Glycol Dioleate | Unsaturated NPG ester for rolling oils, good water separation. Diluent für rapeseed oils. Low volatility. Synergistics wqith EP/AW. Vk40: 24 mm²/s. |
| LUVODUR® ES 4842 | Trimetylolpropane Fatty Acid Ester | Saturated C8/C10 ester with excellent thermal and oxidative stability, offers a very good lubricating effect at high and low temperature. High hydrolytical robustness, good wear protection. Low aquatic toxcity and biodegradable tendency, Vk40: 20 mm²/s. |
| LUVODUR® ES 4843 | Pentaerythritol Fatty Acid Ester | Saturated ester for neat oils and other lubricants. Good lubricity properties. High temperature performance. High viscosity index. Vk40: 30 mm²/s. |
| LUVODUR® ES 4844 | Glycerol Trioleate | Good thermal stability and low volatility. Carrier fluid for anti-wear additives. Unsaturated cost effective glycerol ester. For neat and cutting oils, carrier for AW additives. Excellent volatility (Noack). High cleaning effect. Very high viscosity index. Vk40: 40 mm²/s. |
| LUVODUR® ES 4845 | Trimetylolpropane Trioleate | Unsaturated TMP ester for rolling applications, very good lubricating effect at high and low temperature with low evaporation tendencies, high wear protection. Vk40: 45 mm²/s. |
| LUVODUR® ES 4846 | Neopentylglycol Fatty Acid Ester | Unsaturated C8-C18 NPG ester for rolling applications and metal working fluids. Moderate water separation. High cleaning effect. Vk40: 16 mm²/s. |
| LUVODUR® ES 4849 | Trimetylolpropane Trioleate | Unsaturated high viscosity ester. Very shear-stable. Excellent rheological properties. Mixable with plant oils and to improve their low temperature performance. Conform to EEL and VGP. Very high viscosity index. Vk40: 320 mm²/s. |
Lehmann&Voss - Complex-Ester
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® ES 4860 | Trimetylolpropane Complex Ester | Good thermal and oxidation stability. For high temperature chain oils. Improves rheology properties. Very low evaporation tendencies (Noack). Vk40: 100 mm²/s. |
| LUVODUR® ES 4861 | Trimetylolpropane Complex Ester | Good thermal and oxidation stability. Improves rheology properties. Soluble in mineral oils. Good lubricity. Vk40: 50 mm²/s. |
| LUVODUR® ES 4862 | Complex Ester | Good thermal, oxidative and hydrolytic stability. Rheology modifier in MWF concentrates and neat oils. Soluble in mineral oils. Good lubricifier. Vk40: 440 mm²/s. |
Additives
AFTON Chemical (link) is a leader in his segment top formulate packages for the lubricant producers. The AFTON product range is very wide (hundreds of products), the technical expertise of our team will help you to define the best suitable solution for your technical, logistic, regulatory needs…Working with AFTON Chemical for more than 10 years, the way of working together is well established, reliable and efficient. It helps to answer your needs within the right time frame.
AFTON products are recognized by the international organization such as API, ACEA and also by the OEM - Original Equipment Manufacturers - (Passenger cars, heavy duty, agriculture, industrial: gears, hydraulic, turbine….). Whatever are your needs, standard or high level performances, we’ll define a suitable solution for you.
NA-SUL® - Neutral Metal Salts
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-SUL 707 | Lithium Dinonylnaphthalenesulfonate (0.76%) | Low ash rust inhibitor with good high temperature stability in industrial oils and greases. Retards bleeding in lithium soap greases. |
| NA-SUL 729 | Calcium Dinonylnaphthalenesulfonate (2.1%) | Outstanding demulsification properties, excellent filterability (dry and wet), thermal and hydrolytic stability. Highly effective dispersant for solid additives. |
| NA-SUL 729-NF | Calcium Dinonylnaphthalenesulfonate (1.9%) with Yellow Metal Deactivator (YMD) | Premium ferrous rust inhibitor plus yellow metal deactivator for non-ferrous corrosion protection. Synergistic with other additives, excellent solubility in a wide range of base stocks. |
| NA-SUL BSN | Barium Dinonylnaphthalenesulfonate (6.6%) | Non-staining rust inhibitor with outstanding demulsibility at all additive levels. Excellent thermal stability and compatibility with other additives. Outstanding synergy with other antirust additives. |
| NA-SUL MG | Magnesium Dinonylnaphthalenesulfonate (1.3%) | Low ash rust inhibitor with excellent filterability and hydrolytic stability. Synergy with other antirust additives. Promotes the formation of highly water-resistant films. |
| NA-SUL SS | Sodium Dinonylnaphthalenesulfonate (2.4%) | Forms a highly polar, hydrophobic film which is strongly bonded to metal surfaces. Solubility characteristics allow use in oil or water systems. Does not emulsify or demulsify. |
| NA-SUL ZS | Zinc Dinonylnaphthalenesulfonate (2.8%) | Excellent demulsibility, thermal and hydrolytic stability. Good filterability (dry and wet). Synergistic with ZnDTPs and antioxidants. |
NA-SUL® - Basic Metal Salts
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-SUL 611 | Barium Carbonate Dinonylnaphthalenesulfonate (11.7%) | Excellent basic rust inhibitor (TBN 45) with outstanding demulsibility. Protection against acid atmosphere. Acid neutralizing and deactivating properties. Particularly effective in polyglycol/ester based compressor lubricants. Works as an HCl scavenger when used in combination with chlorinated paraffins. |
| NA-SUL BSB | Barium Hydroxide Dinonylnaphthalenesulfonate (11.7%) | Excellent rust and corrosion protection performance. Reserve alkalinity for acid neutralization (TBN 45). Superior demulsibility. Acid neutralizing and deactivating properties. Works as an HCl scavenger when used in combination with chlorinated paraffins. |
| NA-SUL CA-50 | Carbonated Calcium Dinonylnaphthalenesulfonate (3.2%) | Outstanding rust protection performance in fresh and salt water environments. Excellent demulsibility. Reserve alkalinity for acid neutralization (TBN 50). Protection against acid atmosphere. Works as an HCl scavenger when used in combination with chlorinated paraffins. |
NA-SUL® - High Temperature Products
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-SUL BSN-HT | Barium Dinonylnaphthalenesulfonate/ Carboxylate (8,7%) | Excellent thermal and oxidative stability. Outstanding demulsibility. Exhibits outstanding additive compatibility and reduced moisture sensitivity. Low odor. Excellent solubility in highly paraffinic base stocks. |
| NA-SUL CA-1089 | Calcium Dinonylnaphthalenesulfonate/ Carboxylate (2.2%) | Outstanding non-staining properties. Excellent demulsibility, filterability (dry and wet), thermal and hydrolytic stability. Resists gelling when contaminated with water. Excellent solubility in highly paraffinic base stocks. |
| NA-SUL CA-HT3 | Calcium Dinonylnaphthalenesulfonate/ Carboxylate (2.5%) | Outstanding high temperature stability and good demulsibility. Low odor, no characteristic petroleum oxidate odor. Easy handling, no melting required. |
| NA-SUL MG-HT | Magnesium Dinonylnaphthalenesulfonate/ Carboxylate (1.7%) | Offering exceptional rust protection with outstanding high temperature stability. Good demulsibility and low odor. Excellent solubility in a wide range of base stocks. Stabilize chlorinated paraffins regarding HCl corrosivity and staining. |
| NA-SUL ZS-HT | Zinc Dinonylnaphthalenesulfonate/ Carboxylate (3.8%) | Excellent rust inhibitor, particularly in systems with other zinc containing additives. Exhibits antioxidation synergism with primary AOs in petroleum and PAO base fluids. Synergistic with ZnDTPs |
NA-SUL® - Rust Preventive Concentrates
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-SUL CA-1082 | Calcium Dinonylnaphthalenesulfonate/ Carboxylate (1,4%) | Good demulsibility, free flowing liquid, no melting required. Resists gelling in the presence of bulk water. Low odor, does not contain petroleum oxidates. Excellent solubility in highly paraffinic base oils and PAO. |
| NA-SUL CA-1089 | Calcium Dinonylnaphthalenesulfonate/ Carboxylate (2.2%) | Outstanding non-staining properties. Excellent demulsibility, filterability (dry and wet), thermal and hydrolytic stability. Resists gelling when contaminated with water. Excellent solubility in highly paraffinic base stocks. |
| NA-SUL CA-1122 | Calcium Dinonylnaphthalenesulfonate/ Carboxylate (2.4%) | Excellent solubility in highly paraffinic base oils, PAO and vegetable oils. Free flowing liquid, no melting required. Low odor, does not contain petroleum oxidates. |
| NA-SUL CA-1183 | Calcium Dinonylnaphthalenesulfonate/ Carboxylate (2.6%) | Excellent multi-metal corrosion inhibitor, outstanding water displacement properties. Particularly effective on galvanized steel. Resists gelling from water contact, mild odor, no oxidate wax. |
| NA-SUL CA-1259 | Calcium Dinonylnaphthalenesulfonate/ Carboxylate (1.6%) | Excellent water displacement, resists gelling in the presence of bulk water. Minimizing the need for heating prior to use. Improved solubility enables use in a wide variety of diluents. Contains <10% waxy materials. |
| NA-SUL CA/W1146 | Calcium Dinonylnaphthalenesulfonate/ Oxidates/Metal Soaps/ Carboxylacids (2.0%) | Recommended for heavy duty applications, such as sheltered outdoor storage and marine environments. Best in naphthenic oils. Excellent salt fog protection, effective in acid atmospheres. |
| NA-SUL CA/W1177 | Calcium Alkylarylsulfonate/Carboxylate /Oxidated Petrolatum (1.4%) | Very good water displacement. Resists gelling from water contact. Compatible with contamination by most alkaline cleaners and metalworking fluids. Can be combined with waxes and resins for specialty applications. |
| NA-SUL CA/W1213 | Calcium Alkylarylsulfonate/Carboxylate /Oxidated Petrolatum (1.4%) | Liquid, wax containing additive specifically designed for use in harsh environments. Forms extremely hydrophobic thin films giving superior metal protection. |
| NA-SUL CA/W1935 | Calcium Dinonylnaphthalenesulfonate/ Petroleum Oxidate (1.5%) | Relatively low melting point. Useful for both thin and thick film rust preventive fluids. Very good water displacing properties. Improves resistance to water washout of greases. Excellent moisture displacing properties. |
K-CORR® - Non Sulfonate Chemistry
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| K-CORR 100 | Proprietary Ester/ Amide/ Carboxylate Chemistry (N 2.7%) | 100% active, relatively low acid no. (<110). Good thermal and hydrolytic stability. Synergistic effects in Four Ball Wear together with ashless P-containing AW or S-containing EP additives. Biodegrable. |
| K-CORR 100A2 | Proprietary Preparation of Ester/ Amide/ Carboxylate and Amine (N 3.2%) | Alkanolamine neutralised version of K-CORR 100 (acid no. <90). No detrimental effect on FZG performance. Good demulsification properties. Biodegrable. |
| K-CORR 1031 | Proprietary Carboxylic Acid/ Amide Chemistry (N 3.3%) | Excellent solubility in low polarity base oils. No detrimental influence on the AFNOR (dry/wet) and FZG performance. Synergistic AW performance with selected EP chemistries. |
| K-CORR 1227 | Mixture of Organic Amino Acid and Imidazoline Derivative | Improves performance in humidity, salt fog. Especially where corrosive residues of combustion form on metal surfaces. Boost CI performance. Effective at low treat levels. |
| K-CORR G-1086A | Proprietary Preparation of Alkylated Organic Acid/ Ester and Zinc Compound (Zn 9%) | Excellent solubility in mineral & synthetic oils and greases. Exhibits antiwear synergy with AW and EP additives, effective at very low treat levels. Good thermal and hydrolytic stability. |
| K-CORR G-1107 | Proprietary Ashless Rust Inhibitor and Antiwear Additive (N 3.6%) | Metal-free rust inhibitor with excellent AW properties. Especially fulfill severe rust requirements in greases, Emcor seawater test. Good thermal and hydrolytic stability, effective at low treat levels. |
| K-CORR G-1270 | Proprietary Preparation of Zinc Phosphorus Containing Chemistry (Zn 13.5%) | Especially fulfill severe rust requirements in greases, Emcor 100% synthetic seawater. Excellent antiwear performance, effective at very low treat levels, low odor. |
| K-CORR SA-300 | Proprietary Alkylated Organic Acid/ Ester Chemistry | Highly efficient at very low treat levels with outstanding demulsification properties. Good thermal and hydrolytic stability. Excellent compatibility with other functional additives. Effective at very low treat levels. |
K-CORR® - Non Sulfonate Chemistry
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| K-CORR 100 | Proprietary Ester/ Amide/ Carboxylate Chemistry (N 2.7%) | 100% active, relatively low acid no. (<110). Good thermal and hydrolytic stability. Synergistic effects in Four Ball Wear together with ashless P-containing AW or S-containing EP additives. Biodegrable. |
| K-CORR 100A2 | Proprietary Preparation of Ester/ Amide/ Carboxylate and Amine (N 3.2%) | Alkanolamine neutralised version of K-CORR 100 (acid no. <90). No detrimental effect on FZG performance. Good demulsification properties. Biodegrable. |
| K-CORR 1031 | Proprietary Carboxylic Acid/ Amide Chemistry (N 3.3%) | Excellent solubility in low polarity base oils. No detrimental influence on the AFNOR (dry/wet) and FZG performance. Synergistic AW performance with selected EP chemistries. |
| K-CORR 1227 | Mixture of Organic Amino Acid and Imidazoline Derivative | Improves performance in humidity, salt fog. Especially where corrosive residues of combustion form on metal surfaces. Boost CI performance. Effective at low treat levels. |
| K-CORR G-1086A | Proprietary Preparation of Alkylated Organic Acid/ Ester and Zinc Compound (Zn 9%) | Excellent solubility in mineral & synthetic oils and greases. Exhibits antiwear synergy with AW and EP additives, effective at very low treat levels. Good thermal and hydrolytic stability. |
| K-CORR G-1107 | Proprietary Ashless Rust Inhibitor and Antiwear Additive (N 3.6%) | Metal-free rust inhibitor with excellent AW properties. Especially fulfill severe rust requirements in greases, Emcor seawater test. Good thermal and hydrolytic stability, effective at low treat levels. |
| K-CORR G-1270 | Proprietary Preparation of Zinc Phosphorus Containing Chemistry (Zn 13.5%) | Especially fulfill severe rust requirements in greases, Emcor 100% synthetic seawater. Excellent antiwear performance, effective at very low treat levels, low odor. |
| K-CORR SA-300 | Proprietary Alkylated Organic Acid/ Ester Chemistry | Highly efficient at very low treat levels with outstanding demulsification properties. Good thermal and hydrolytic stability. Excellent compatibility with other functional additives. Effective at very low treat levels. |
NA-SUL® - water miscible Sulfonates
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-SUL TEA/LB | Dinonylnaphthalenesulfonic Acid /Amine/Polyglycol | Water dispersible, ashless, forms stable dispersions. Easily forms stable emulsions in water. Does not contain mineral oil. Effective protection on steel in the Humidity cabinet. Good coupling agent. |
| NA-SUL 437 | Dinonylnaphthalene Sulfonic Acid/ Organic Acid Complex/Amine | Easily cut back in cold and warm water, solutions are clear an very hard-water tolerant. Excellent in CI containing solvents. Deposits a thin film upon metal parts that becomes hydrophobic during drying. Exhibits exceptional storage stability. Ideal for dip application. |
| NA-SUL 1019A | Dinonylnaphthalene Sulfonic Acid/ Organic Acid Complex/Amine | Excellent protection for steel, galvanized steel and aluminium. Ideal for coating metal parts by dipping. Fast drying: Thin, dry hydrophobic film. Excellent hard water tolerance. |
| KX1109 | Alkylnaphthalenesulfonic Acid/ Amine/Polyalkylene Glycol/Water | Combines ferrous and non-ferrous corrosion protection. Deposits extremely thin hydrophobic films. Easily cut back in cold water. Thin film formation allows fast drying. Product concentrate and dilutions have long term stability. Solutions are highly hard water tolerant. |
NA-SUL® - water emulsifiable Sulfonates
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-SUL 420 | Sodium Dinonylnaphthalenesulfonate/ Oxidates | Easily emulsifiable concentrate for the protection of metal parts during storage. Effective on steel, galvanized steel and aluminium. Deposits extremely thin hydrophobic films, dry very quickly. Excellent humidity protection with some salt fog resistance at higher concentrations. Films dry very quickly. |
| NA-SUL 450 | Calcium Dinonylnaphtalenesulfonate/ Carboxylate/Alkanolamine (0,7%)/Ester | Free of mineral oil concentrate with excellent emulsifiable properties. Good rust protection for steel during storage and transportation. Deposits extremely thin hydrophobic films. Coating @ 5% is dry; Coating @ 10% is nearly dry. |
| KX1028 | Sodium Dinonylnaphthalenesulfonate/ Oxidate | Effective on steel, galvanized steel and aluminum substrates. Deposits extremely thin hydrophobic films, providing excellent humidity and salt fog protection. No VOC content. Emulsions form easily even in cold water. Ideal for dip application, may also be spray applied. For formulating modern automotive underbody and cavity coatings. |
| NA-SUL 1101 | Ammonium Dinonylnaphthalenesulfonate/ Carboxylate | Highly effective and ashless protection of aluminum and zinc alloys. Low odor, does not contain petroleum oxidates. Excellent solubility in highly paraffinic base oils and PAO. Free flowing liquid, no melting required. Can be emulsified at moderate pH level. |
CORRGUARD® - Alkanolamines
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| AEPD®-85 | 2-Amino-1,3-Ethyl-Propandiol | Especially suitable for metalworking fluids for aluminium. Acts as a formaldehyde and sulphur odor scavenger. Reacts reversibly with formaldehyde. Reduces cobalt leaching. |
| ALKATERGE®-E | 4-Ethyl-2-(8-Heptadecenyl)-2-Oxazoline-4-Methanol | Good corrosion control. Low Foaming. Mild oxidative properties. Emulsion stabilizer. Liquid emulsion stabilizer for water-in-oil and oil-in-water emulsions. |
| CORRGUARD SELECT 95 | 3-Amino-3-Methyl-2-Butanol | Primary amino alcohol with well-balanced performance that provides highly effective multi-metal compatibility and reduces cast iron corrosion, aluminum staining, and cobalt leaching. Highly efficient neutralizer with a high pKa, provides excellent pH stability and enhances microbial degradation resistance when used with registered biocides. |
| CORRGUARD series | 2-Amino-2-Methyl-1-Propanol | Cost efficient alkaline pH development and neutralization of acidic components. Acts as formaldehyde scavenger. High base strength. Stable emulsion at high pH. Minimal ammonia release. Available with 75% / 90% / 95% active content (rest water). |
| CORRGUARD LSA series | 2-Amino-2-Methyl-1-Propanol | Stable emulsions at high pH. Low ammonia release, cobalt leaching and foam generation. Low secondary amine content (< 0.75%, meets TRGS 611). High base strength. Stable emulsions at high pH. Minimal ammonia release. Available with 75% / 90% / 95% active content (rest water). |
| CORRGUARD EXT | 3-Amino-4-Octanol (85%) | Multifunctional Neutralizer for Long-Life Metalworking Fluids. Excellent pH stability, low foam generation. Excellent ferrous metal corrosion control. Resists extraction into tramp oil. Facilitates formulation of aluminium compatible fluids at higher pH. Compliant with TRGS 611. |
| CORRGUARD FLEX | 2-Amino-1-Butanol,2-Amino-2-Ethyl-1,3-Propanediol (85%) | Primary amine suitable for low secondary amine formulations. Improved corrosion control and extended fluid life. Effective pH control, easy to handle and easy to formulate. |
| CORRGUARD SI | Proprietary Anionic Organic Chemistry | Premier staining inhibitor for metalworking fluids. Can be used for aluminium alloys, galvanized steel and galvaneal. |
| DMAMP®-80 | 2-Dimethylamino-2-Methyl-1-Propanol (80%) | Cost efficient alkaline pH development and neutralization of acidic components. Acts as formaldehyde scavenger. High base strength. Stable emulsion at high pH. Minimal ammonia release. Available with 75 % / 90% active content (rest water). |
| HYDROGUARD® I-15 | N-Isopropylhydroxylamine, Aqueous Solution (15%) | Oxygen scavenger, efficiently removes oxygen without catalysts. Provides excellent passivation of steel surfaces in pre-boiler and boiler areas. Safer to handle than hydrazine. For all types of steam generation systems. |
LUVODUR® - Dicarboxylic Acids
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® CI DCA 900 | C9-Dicarboxylic Acid | 100% water soluble. Highly effective corrosion protection for ferrous and non-ferrous metals. |
| LUVODUR® CI DCA 911 | Mixture of C9 and C11 Linear Dicarboxylic Acids | Highly effective corrosion inhibitor for water soluble fluids. Extremly hard water tolerant with a low foaming character. |
| LUVODUR® CI DCA 912 | Mixture of C9, C11 and C12 Linear Dicarboxylic Acids | Highly effective corrosion inhibitor for water soluble fluids. Extremly hard water tolerant with a low foaming character. |
| LUVODUR® L 190-50 | 2,4,6-Tri-(6-Aminocaproic Acid)-1,3,5-Triazine | Highly effective corrosion inhibitor for iron protection. Low foaming tendency and good hard water tolerance. No negative effect on EP/AW additive performance. |
LUVODUR® - Carboxylic Acid Amides
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® HVC 403 | Carboxylic Acid Amide, based on Primary and Tertiary Amines | Corrosion protection of water miscible cutting fluids. High active substance content. Suitable for mineral oil containing concentrates. Very effective co-emulsifier. |
| LUVODUR® HVC 887 | Carboxylic Acid Amide, based on Primary Amines | Corrosion protection of water miscible cutting fluids. High active substance content. Suitable for mineral oil containing concentrates. Very effective co-emulsifier. High alkaline reserve. |
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| K-CORR® NF-200 | Proprietary Heterocyclic Derivative | Ashless low viscosity YMD. Excellent thermal, hydrolytic stability. Good demulsification properties. Synergistic with primary and secondary antioxidants. Compliance with FDA 21 CFR 178.3570. |
| K-CORR NF-400 | Sulfur and Nitrogen based Chemistry | Ashless Outstanding yellow metal protection. Scavenging active sulfur released by sulfur carriers. Good EP additive with very good thermal and hydrolytic stability, provides outstanding FZG performance. Excellent solubility in different base stocks. |
| LUVODUR® CI BTZ | Benzotriazole | Highly effective water soluble inhibitor. Excellent staining and corrosion protection of non NF metals preferrably copper. Soluble in most base fluid of Grp I-V types. |
| LUVODUR® CI TTZ | Tolutriazole | Highly effective water soluble inhibitor. Excellent staining and corrosion protection of non NF metals preferrably copper. Soluble in base fluid of Grp I types. |
KING Industries - NA-LUBE®
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-LUBE AO-130 | Nonylated Diphenylamine | Excellent oxidation resistance to lubricants and greases.100% active substance. Mineral oil free and easy to handle. |
| NA-LUBE AO-142 | Butylated, Octylated Diphenylamine | Excellent oxidation resistance, high TBN and high nitrogen content. Easily blended into all types high performance lubricants. Synergy with NA-LUBE AO-242. Compliance with FDA 21 CFR 178.3570. |
| NA-LUBE AO-210 | 2,6-di-tert-Butylphenol | 100% active phenolic antioxidant. Less volatile than BHT. Low melting point, liquefies with minimal heat. Particularly effective in combination with aminic AO, YMD and K-CORR 1031 |
| NA-LUBE AO-242 | 3,5-di-tert-Butyl-4-Hydroxyhydrocinnamic Acid Alkyl Ester | 100% active highly effective phenolic antioxidant. Low volatility and low viscosity. Low sludge formation and light colour. Synergy with NA-LUBE AO-142. |
| NA-LUBE ADTC | Methylene-bis-(Dibutyldithiocarbamate) | Ashless multifunctional additive with excellent EP, AW and secondary AO properties. Outstanding demulsibility and good thermal stability. Excellent solubility properties in highly paraffinic base stocks. |
SONGWON - SONGNOX®
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| SONGNOX® L101 | Tetrakis[methylene-3-(3,5-di-tert-butyl-4’-hydroxyphenyl) propionate]methane | Ashless solid with extremely low volatility and high thermal stability. Excellent for greases and synthetic lubricants. Approved by FDA for use in blending food grade lubricants. |
| SONGNOX® L107 | Octadecyl 3-(3,5-di-tert-butyl-4-hydroxyphenyl)propionate | High molecular weight AO with good thermal stability. Ashless solid with low volatility. Very effective in lubricants based on natural oils. Good deposit control performance in engine oils. |
| SONGNOX® L109 | Hexamethylenebis[3-(3,5-di-tert-butyl-4-hydroxyphenyl)propionate] | Excellent thermal stability and high molecular weight. Especially recommended in mineral oil based industrial lubricants. Approved by FDA for use in blending food grade lubricants. |
| SONGNOX® L115 | Thiodiethylene bis [3-(3,5-di-tert-butyl-4-hydroxyphenyl) propionate] | Ashless solid with low volatility and excellent thermal stability. Provides multifunctional activity as primary and secondary AO. Approved by FDA. |
| SONGNOX® L135 | Benzenepropanoic acid,3,5-bis(1,1-dimethylethyl)-4-hydroxy-, C7-9-branched alkyl esters | Easy to handle liquid with excellent solubility in mineral oil. Provides superior protection against oxidation and deposit formation. |
| SONGNOX® L224 | Dilauryl thiodipropionate | Secondary thioester antioxidant. Decomposes and neutralizes hydroperoxides, formed by auto-oxidation. Synergistic effects in combination with phenolic antioxidants. Solid. |
| SONGNOX® L226 | Ditridecyl thiodipropionate | Secondary thioester antioxidant. Decomposes and neutralizes hydroperoxides, formed by auto-oxidation. Synergistic effects in combination with phenolic antioxidants. Liquid form. |
| SONGNOX® L416 | Tris(2,4-di-tert-butylphenyl) phosphite | Ashless solid with low volatility. Excellent for mineral and synthetic lubricants in transportation and industrial application. |
| SONGNOX® L570 | Mixture of octylated & butylated diphenylamine | Controls lubricants viscosity increase due to oxidation. High nitrogen content and excellent protection against thermo-oxidative degradation. Approved by FDA. |
| SONGNOX® L670 | Bis(nonylphenyl)amine | Excellent protection against thermo-oxidative degradation with effective control over viscosity increase due to oxidation. |
Lehmann&Voss - LUVODUR®
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR AO 57 | Liquid Octylated/ Butylated Diphenylamine | Oxidation protection additive for industrial lubricants, greases and engine oils. Good seal compatibility, air release properties and a low volatility. |
| LUVODUR® AO 150 | Liquid Mixture of Amine/Phenol based Antioxidants | Mixture of aminic and high molecular weight phenolic antioxidants. Good oxidation stability of Industrial Lubricants specially in compressor-, gas turbine oils and heat transfer oils. |
Lehmann&Voss - LUVOMAXX®
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVOMAXX® BHT | Butyl Hydroxytoluene | Non-staining hindered-phenolic antioxidant, low molecular weight, may be easily emulsified. Prevents the development of rancidity and the resulting increase, very efficient peroxid radical delayer. |
| LUVOMAXX® CDPA | 4-(1-Methyl-1-Phenylethyl)-N-[4-(1-Methyl-1-Phenylethyl)Phenyl]Aniline | High thermal stability. Synergistic with steric hindered phenolic antioxidant and imidazol derivates. |
| LUVOMAXX® ODPA | bis(4-(1,1,3,3-Tetramethylbutyl)Phenyl)Amine | High thermal stable aminic antioxidant, easy dispersible. Works as oxygen scavenger. Synergistic effects with steric hindered phenolic AO's. |
| LUVOMAXX® SDPA | Diphenylamine Derivate | Very high molecular weight compared to similar aminic antioxidants. Reduced volatility and suitability for use in high temperature applications. |
| LUVOMAXX® TMQ | 1,2-Dihydro-2,2,4-Trimethylquinoline, Oligomers | General purpose, high active aminic antioxidant. Excellent resistance to thermo-oxidative ageing, even at lower treat rates, cost efficient. Works as oxygen scavenger. Reduce oil bleeding in glycol based greases. |
KING Industries - NA-LUBE®
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-LUBE ADTC | Methylene-bis-(Dibutyldithiocarbamate) | Ashless multifunctional additive with EP/AW and AO properties. Outstanding demulsibility and good thermal stability. FZG booster. No negative influence on AFNOR filtration. |
| NA-LUBE AW-6010 | Amine Salts of Aliphatic Phosphoric Acid Esters | Metal free antiwear and EP additive with no detrimental FZG performance. Light colour and low treat levels. Excellent solubility properties. |
| NA-LUBE AW-6110P | Amine Salts of Aliphatic Phosphoric Acid Esters | Multifunctional ashless additive with excellent anticorrosion. Excellent solubility properties, antiwear and EP properties. Light colour, low odor, easy to handle. Lower acid no. than NA-LUBE AW-6110. |
| NA-LUBE AW-6220 | Proprietary Preparation of Amine Phosphate and Heterocyclic Derivative Chemistry | Ashless antiwear additive. Excellent rust, corrosion, and yellow metal deactivation properties. Low treat levels. Excellent solubility properties. |
| NA-LUBE AW-6310 | Proprietary Preparation of Sulfur-Phosphorus-Nitrogen containing Chemistry | Multifunctional ashless lubricant additive exhibiting outstanding EP/AW. Rust inhibiting and demulsification properties. Low treat levels and good thermal and hydrolytic stability. |
| NA-LUBE AW-6330 | Proprietary Preparation of Phosphorus-Sulfur containing Chemistry | Multifunctional ashless lubricant additive. Exhibiting excellent EP/AW and AO properties. Used as a substitute for zinc dialkyldithiophosphates. |
| NA-LUBE AW-6360 | Proprietary Preparation of Sulfur-Phosphorus-Nitrogen containing Chemistry | Exhibiting outstanding EP/AW performance. Low treat levels as determined with the FZG gear test rig. Excellent rust protection and demulsification properties. Good thermal and hydrolytic stability. |
| NA-LUBE AW-6400FG | Amine Salts of Aliphatic Phosphoric Acid Esters | NSF HX-1 approved multifunctional additive. Excellent anticorrosion, AW/EP properties. Light color, low odor. Excellent solubility properties. |
Lehmann&Voss - LUVODUR®
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® AW 211 | Alkylated Triphenyl Phosphorothionate | Can replace phosphate esters, ZnDTP and chloroparaffins. Good wear protection. Excellent thermal stability and film strength at high temperatures. |
| LUVODUR® TPPT | Tris-Phenyl Phosporothionate | Improves general properties of industrial lubricants with EP/AW corrosion protection volatility of the additive by TGA and other properties. |
Lehmann&Voss - LUVOMAXX®
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVOMAXX® ZDTP | Primary Zinc-Dialkyldithiophosphate | Multifunctional additive, improves EP/AW performance by forming an adsorptive multilayer system. Coefficient of friction can be reduced significantly. Acts additionally as primary and secondary antioxidants as well as corrosion protection additive. |
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| AEPD®-85 | 2-Amino-1,3-Ethyl-Propandiol | Especially suitable for metalworking fluids for aluminium. Acts as a formaldehyde and sulphur odor scavenger. Reacts reversibly with formaldehyde. Reduces cobalt leaching. |
| AEPD VOX 1000 | 2-Amino-2-Ethyl-1,3-Propane-Diol (85%) | Multifunctional primary amine with very mild odor. Low-VOC (< 5g/L), more efficient than other low-VOC alkanolamines. |
| ALKATERGE®-E | 4-Ethyl-2-(8-Heptadecenyl)-2-Oxazoline-4-Methanol | Good corrosion control. Low Foaming. Mild oxidative properties. Emulsion stabilizer. Liquid emulsion stabilizer for water-in-oil and oil-in-water emulsions. |
| CORRGUARD SELECT 95 | 3-Amino-3-Methyl-2-Butanol | Primary amino alcohol with well-balanced performance that provides highly effective multi-metal compatibility and reduces cast iron corrosion, aluminum staining, and cobalt leaching. Highly efficient neutralizer with a high pKa, provides excellent pH stability and enhances microbial degradation resistance when used with registered biocides. |
| CORRGUARD® series | 2-Amino-2-Methyl-1-Propanol | Cost efficient alkaline pH development and neutralization of acidic components. Acts as formaldehyde scavenger. High base strength. Stable emulsion at high pH. Minimal ammonia release. Aviable with 75% / 90% / 95% active content (rest water). |
| CORRGUARD® LSA series | 2-Amino-2-Methyl-1-Propanol | Stable emulsions at high pH. Low ammonia release, cobalt leaching and foam generation. Low secondary amine content (< 0.75%, meets TRGS 611). High base strength. Stable emulsions at high pH. Minimal ammonia release. Aviable with 75% / 90% / 95% active content (rest water). |
| CORRGUARD® FLEX | 2-Amino-1-Butanol,2-Amino-2-Ethyl-1,3-Propanediol (85%) | Primary amine suitable for low secondary amine formulations. Improved corrosion control and extended fluid life. Effective pH control, easy to handle and easy to formulate. |
| CORRGUARD® EXT | 3-Amino-4-Octanol (85%) | Multifunctional Neutralizer for Long-Life Metalworking Fluids. Excellent pH stability, low foam generation. Excellent ferrous metal corrosion control. Resists extraction into tramp oil. Facilitates formulation of aluminium compatible fluids at higher pH. Compliant with TRGS 611. |
| CORRGUARD® SI | Proprietary Anionic Organic Chemistry | Premier staining inhibitor for metalworking fluids. Can be used for aluminium alloys, galvanized steel and galvaneal. |
| DMAMP®-80 | 2-Dimethylamino-2-Methyl-1-Propanol (80%) | Cost efficient alkaline pH development and neutralization of acidic components. Acts as formaldehyde scavenger. High base strength. Stable emulsion at high pH. Minimal ammonia release. Aviable with 75 % / 90% active content (rest water). |
| HYDROGUARD® I-15 | N-Isopropylhydroxylamine, Aqueous Solution (15%) | Oxygen scavenger, efficiently removes oxygen without catalysts. Provides excellent passivation of steel surfaces in pre-boiler and boiler areas. Safer to handle than hydrazine. For all types of steam generation systems. |
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® HVC 100 | Complex Mix of Polyol Ester | Improves the efficiency of water miscible cooling lubricants. Increasing lubricating properties. Low foaming behavior. Provides solubility, wetting and penetration. High thermal stability. |
| LUVODUR® HVC 144 | Complex Mixture of Esters | Improved efficiency in non-water miscible cooling lubricants. Increased wetting effect. Improved efficiency of water miscible cutting fluids fore AL. |
| LUVODUR® HVC 221 | Mixture of Native Fatty Acid Esters | Improves the wetting effect and lubricity of neat oils. Synergistic effects with EP/AW additives in the cutting oils. |
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| NA-LUBE® FM-1187 | Molybdenum Chemistry based on Organic type raw materials | Liquid molybdenum-based. Non-phosphorus and non-sulfur friction modifier. Good friction reducing and antiwear properties. Excellent shelf life stability. Limited solubility in Group III and PAO. |
| NA-LUBE® FM-1237M | Organomolybdate | Liquid molybdenum-based non-phosphorus, non-sulfur friction modifier. Good friction reducing properties. Excellent shelf life stability. Excellent solubility in all base stock oils including high viscosity PAO’s. |
| NA-LUBE® FM-1191 | Tungsten Chemistry based on Organic type raw materials | Liquid tungsten-based non-phosphorus, non-sulfur friction modifier. Good friction reducing properties. Synergistic with Mo-based FM and alkylated diphenylaminic antioxidants. Synergy with ZnDTP. Excellent shelf life stability. Limited solubility in Group III and PAO. |
| NA-LUBE® FM-1219 | Organotungstate | Liquid non-phosphorus, non-sulfur based friction modifier. Good friction reducing properties. Synergy with ZnDTP. Excellent solubility in all base stock oils including high viscosity PAO’s. Excellent demulsibility properties. |
| LUVODUR® FMX | 2-Ethylhexyl-Molybdenum Dithiophosphate | Improves anti-wear properties. Reduces friction in straight oils and greases. Good solubility in standard solvents and mineral oils. |
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVODUR® PAO 400 | Poly-Alpha-Olefin | Conventional high viscose PAO (40 mm²/s at 100°C). Good Viscosity Index and excellent low temperature properties. |
| LUVODUR® PAO 1000 | Poly-Alpha-Olefin | Conventional high voscose PAO (100 mm²/s at 100°C) Good Viscosity Index and excellent low temperature properties. |
Lehmann&Voss - Organic Modifiers
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVOTIX® R | Castor Oil Derivate | Thickener and anti-settling agent for various applications in non-aqueous organic systems. Controls the rheological properties of low and medium polar systems, process temperatures 35 to 55°C. Viscosity increase effect. |
| LUVOTIX® HP | Polyamide | Very fine micronised thickener and anti-settling agent. For solvent-based and solvent-free medium to high polar liquid organic systems, process temperatures 55 to 65°C. |
| LUVOTIX® VP031 | Polyolefin Stabilized Derivate of Stearic Acid | Thickener and anti-settling agent, very fine micronised, easy activation, highly efficient. Viscosity increase effect, causes thixotropic properties. For solventborne and solventfree formulations, low to medium polar. |
| LUVOTIX® P 100-15 | Polyolefin | Effective anti-settling agent. Controls the rheological properties of medium to high polar solvent-based and solvent-free formulations. Well defined particle size distribution, no significant effect on viscosity increase. |
| LUVOTIX® P 25 X | Polyolefin/Xylene (25%) | Anti-settling paste without significant viscosity increase effect. For an extended range of polarities and process temperatures. Low to high polar systems, for solvent-based formulations. |
Lehmann&Voss - Inorganic Modifiers
| Product | Chem. Description | Features and Benefits |
|---|---|---|
| LUVOGEL® 4 | Organically Modified Montmorillonite | Creates in formulations a shear thinning flow profile with thixotropic properties and a slight viscosity increase. Excellent for low to medium polar systems. Activator needed. |
| LUVOGEL® 7 | Organically Modified Montmorillonite | Creates in formulations a shear thinning flow profile with thixotropic properties and a slight viscosity increase. Excellent for medium to high polar systems. Activator needed. |
| LUVOGEL® W2N | Synthetic Na-Li-Mg-Silicate (Hectorite) | A strong shear thinning flow profile with thixotropic properties is achieved in water-based formulations. Easy dispersible and suitible for use in a wide pH-range. |
MÜNZING is a highly regarded private company spanning more than 180 years. Its technical and technological focus has been met with world wide approval for its range of speciality additives. These additives, which include defoamers, dispersants, rheology modifiers, emulsifiers, wetting and leveling agents, micronized and coated waxes as well as wax dispersions and emulsions have achieved worldwide recognition for their performance, quality and technical innovation.
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