LEXOLUBE 4PM-114 is a high performance aromatic synthetic ester with outstanding high temperature stability and low volatility. The aromatic group provides a strong framework that resists oxidation and hydrolysis. The resulting ester is a high viscosity base oil useful in gear and oven chain oils that reduces varnish buildup and extends fluid life.
LEXOLUBE 4VQ-415 is a polyol ester based on pentaerythritol/dipentaerythritol chemistry that provides enhanced oxidative stability with low volatility. This product provides lubricity, detergency, and additive compatibility in a wide range of applications such as compressor oils, hydraulic fluids, gear oils, as well as 2 and 4 stroke oils.
LEXOLUBE 5NQ-517 is a polyol ester based on pentaerythritol/dipentaerythritol chemistry that provides enhanced oxidative stability with low volatility. This product is 48% carbon bio-based and provides lubricity, detergency, and additive compatibility in a wide range of applications such as compressor oils, hydraulic fluids, gear oils, as well as 2 and 4 stroke oils.
LEXOLUBE 6NQ-617 is a polyol ester based on pentaerythritol/dipentaerythritol chemistry that provides enhanced oxidative stability with low volatility. This product is 48% carbon bio-based and provides lubricity, detergency, and additive compatibility in a wide range of applications such as compressor oils, hydraulic fluids, gear oils, as well as 2 and 4 stroke oils.
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 POE-100HT is a polyol ester based on dipentaerythritol chemistry, providing excellent oxidative stability. It is optimum for applications requiring high temperature stability and low deposit formation.
LEXOLUBE POE-220HT is a polyol ester based on dipentaerythritol chemistry, providing excellent oxidative stability. It is optimum for applications requiring high temperature stability and low deposit formation.
LEXOLUBE POE-350HT is a polyol ester based on dipentaerythritol chemistry, providing excellent oxidative stability. It is optimum for applications requiring high temperature stability and low deposit formation.
LUBRICIT 3010 is a high performance aromatic synthetic ester with outstanding high temperature stability and low volatility. The aromatic group provides a strong framework that resists oxidation and hydrolysis. The resulting ester is a high viscosity base oil useful in compressor, gear and oven chain oils that reduces varnish buildup and extends fluid life.
LUBRICIT 3013 is a high performance aromatic synthetic ester with outstanding high temperature stability and low volatility. The aromatic group provides a strong framework that resists oxidation and hydrolysis. The resulting ester is a high viscosity base oil useful in gear and oven chain oils that reduces varnish buildup and extends fluid life.
LUBRICIT 3013/1 is a high performance aromatic synthetic ester with outstanding high temperature stability and low volatility. The aromatic group provides a strong framework that resists oxidation and hydrolysis. The resulting ester is a high viscosity base oil useful in compressor, gear and oven chain oils that reduces varnish buildup and extends fluid life.
LUBRICIT 3090/1 is an aromatic synthetic ester that gives outstanding high temperature stability. The aromatic group provides a strong framework that resists oxidation and hydrolysis. The resulting ester is a medium viscosity base oil that reduces varnish buildup and extends fluid life.
