Products in API Group V: Environmentally Friendly

LEXOLUBE CLG-460 is a complex polyol ester that provides robust solutions for high temperature applications. It is carefully manufactured to provide little or no residual carboxylic acid. This leads to better emulsion stability, and bio-resistance when properly formulated. LEXOLUBE CG-3000 has achieved the NSF international HX-1 ranking for incidental food contact under the requirements of FDA 21 CFR 178.3570. With greater than 70% renewable content and high biodegradability, the product in on the LuSC list, making it a great choice for any EAL formula, such as those required by the Vessel General Permit (VGP) or EcoLabel.

LEXOLUBE KL-435 is a complex polyol ester that provides robust solutions for high temperature applications. It is carefully manufactured to provide little or no residual carboxylic acid. This leads to better emulsion stability, and bio-resistance when properly formulated.

LUBRICIT DPE 618 is an oleic acid polyol ester based on dipentaerythritol. It is environmentally friendly with high bioderived content and offers outstanding lubricity and low volatility. The structure provides a wide temperature operating range, making it a good choice for hydraulic fluids, gear oils, and metalworking applications.

LUBRICIT TMP C810 is a polyol ester that provides lubricity, detergency, and additive compatibility in a wide range of applications. This product is useful in applications where good oxidative stability, low temperature fluidity, and high bioderived content are required. The product has achieved the HX-1 designation by NSF International, qualifying it as a lubricant basestock for incidental food contact.

LEXOLUBE CPE-70 is a complex polyol ester that provides cost-effective solutions for a wide range of applications such as textile (tenter frame), fiberglass production, and wood laminating. It is useful as a synthetic base stock for most applications requiring high temperature stability. It features oxidation resistance, lubricity, and thermal stability for low deposit formation.

LEXOLUBE FG HX1 fluids are high performance synthetic polyol ester base stocks for use in lubricating food processing equipment. They have achieved the NSF international HX-1 ranking for incidental food contact under the requirements of FDA 21 CFR 178.3570. Food plants that use exclusively H1 lubricants do not need to report under the HACCP hazard requirement.

LUBRICIT TMP C18-VEG is an oleic acid based polyol ester on the LuSC list. It is environmentally friendly and offers outstanding lubricity and low volatility. In addition, the polyol core structure provides good hydrolytic and thermal stability, making it an excellent choice for hydraulic fluids, gear oils, and metalworking applications meeting EU EcoLabel requirements. It is NSF listed as HX-1, and can be used in applications where incidental food contact is possible. The VEG version utilizes select vegetable derived oleic fatty acids.

LUBRICIT TMP C18 is an oleic acid based polyol ester. It is environmentally friendly and offers outstanding lubricity and low volatility. In addition, the polyol backbone structure provides good hydrolytic and thermal stability, making it an excellent choice for hydraulic fluids, gear oils, and metalworking applications.

LEXOLUBE GT-855IG HX1 fluid is a 100% biobased synthetic triester base fluid for food processing industry applications. It achieves the NSF international HX-1 listing for incidental food contact under the requirements of FDA 21 CFR 178.3570. Food Plants that use exclusively H1 lubricants do not need to report under the HACCP hazard requirement.

LEXOLUBE CG-3000 is an environmentally friendly, high viscosity synthetic complex ester especially suited as a thickener and co-base stock with vegetable oils. It allows great flexibility to blend high performance vegetable based lubricants to ISO VG 320 and above. LEXOLUBE CG-3000 provides excellent boundary protection, and can be used as an antiwear/extreme pressure additive to eliminate or reduce chlorine, sulfur and/or phosphorus additives in lubricant formulations. With greater than 50% renewable content and high biodegradability, the product in on the LuSC list, making it a great choice for any EAL formula, such as those required by the Vessel General Permit (VGP) or EcoLabel. LEXOLUBE CG-3000 has achieved the NSF international HX-1 ranking for incidental food contact under the requirements of FDA 21 CFR 178.3570.

LEXOLUBE 3Q-310 is a polyol ester that provides lubricity, detergency, and additive compatibility in a wide range of applications. This product is optimal in terms of oxidation and low temperatue fluidity, and is useful as a base oil and additive for most applications requiring high temperature stability such as compressor/gear oils, hydraulic fluids, grease formulations, as well as 2 and 4 stroke oils.

LUBRICIT PGDO is an oleic acid based diester with high viscosity index and high bioderived content. It is environmentally friendly and offers outstanding lubricity and low volatility. In addition, the structure provides good hydrolytic and thermal stability, making it a good choice for hydraulic fluids, gear oils, and metalworking applications.

LUBRICIT NGDO is an oleic acid based polyol diester with high viscosity index and high bioderived content. It is environmentally friendly and offers outstanding lubricity and low volatility. In addition, the polyol core structure provides good hydrolytic and thermal stability, making it a good choice for 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 9538 is a complex dimer ester. It provides cost-effective solutions for a wide range of applications such as textile (tenter frame), fiberglass production, and wood laminating. It is useful as a synthetic base stock for most applications requiring high temperature stability. It features oxidation resistance, lubricity, and thermal stability for low deposit formation.

LEXOLUBE HS-S is a patented, hydrolytically stable ester that is well suited for use in water-based metalworking fluids as a base stock or additive component.

LEXOLUBE IPO is a long chain fatty acid monoester listed by NSF as HX-1 for incidental food contact. Isopropyl esters are partially branched structures that resist hydrolysis and are well suited for use in water-based metalworking fluids.

LUBRICIT 2-EHD is a dimerate fluid that is used as a synthetic base oil for formulations requiring outstanding low temperature flow properties. Dimer esters offer high bioderived content are often added to Group III and IV based lubricants to improve additive solubility, reduce varnish, and extend fluid life.

LEXOLUBE CQ-3000 is an environmentally friendly, high viscosity synthetic complex ester designed for superior thermal and oxidative stability. It is compatible with other synthetic esters, PAO and mineral oils. It can be used as a viscosity modifier, while also improving performance in high temperature lubricant applications that exceed 200°C. LEXOLUBE CQ-3000 provides excellent boundary protection, and can be used as an antiwear/extreme pressure additive to eliminate or reduce chlorine, sulfur and/or phosphorus additives in lubricant formulations. LEXOLUBE CQ-3000 is a USDA Certified Biobased Product with high biodegradability that is also on the LuSC list, making it a great choice for Vessel General Permit (VGP) or EcoLabel products.

LEXOLUBE T-110 is a long chain fatty acid ester derived from vegetable sourced saturated fatty acids. It provides excellent metal adhesion and a low friction tribofilm. It may be used as a lubricity additive or friction modifier for a broad range of metalworking applications.

LUBRICIT 2-EHD/1 is a dimerate fluid that is used as a synthetic base oil for formulations requiring outstanding low temperature flow properties. Dimer esters offer high bioderived content are often added to Group III and IV based lubricants to improve additive solubility, reduce varnish, and extend fluid life.

LUBRICIT PE 4810 is a polyol ester with high bioderived content that is used as a synthetic base oil for formulations requiring wide temperature operating range, low volatility and good oxidative stability. Select versions of this product are on the LuSC list and can be used to formulate EcoLabel lubricants.

LUBRICIT 9526 is a complex polyol ester. It provides cost-effective solutions for a wide range of applications such as textile (tenter frame), fiberglass production, and wood laminating. It is useful as a synthetic base stock for most applications requiring high temperature stability. It features oxidation resistance, lubricity, and thermal stability for low deposit formation. LEXOLUBE 9526 has achieved the NSF international HX-1 ranking for incidental food contact under the requirements of FDA 21 CFR 178.3570.

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.

LUBRICIT TDS is a saturated long chain fatty acid ester that provides excellent metal adhesion and a low friction tribofilm. It may be used as a lubricity additive or friction modifier for a broad range of metalworking applications.

VBASE® 46U base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

VBASE® 32S base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

VBASE® 68U base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

VBASE® 46S base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

VBASE® 100S base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

VBASE® 68S base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

OLEXSOL MTO Trimethylol Propane Trioleate is a synthetic ester with good oxidation and hydrolytic stability, which is used in the mineral oil sector especially for the purpose of improving its lubrication properties. Environmentally friendly and biodegradable, OLEXSOL MTO reduces friction and protects against corrosion by dispersing on the metal surface.