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 3023/1 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 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.
LUBRICIT 3810 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 with excellent low temperature fluidity that reduces varnish buildup and extends fluid life.
LUBRICIT 9468/1 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.
LUBRICIT 9505 is a dimerate fluid that is used as a synthetic base oil for formulations requiring good 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 9522 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.
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 9537 is a high viscosity polyol ester used as a synthetic base stock for formulations requiring outstanding oxidative stability and low volatility.
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.
LUBRICIT 9538/1 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 9538/1 has achieved the NSF international HX-1 ranking for incidental food contact under the requirements of FDA 21 CFR 178.3570.
LEXOLUBE PQ-25 is a pentaerythritol ester that provides lubricity, detergency, and additive compatibility in a wide range of applications. It is optimal in terms of oxidation, and offers exceptional low temperature flow properties. This high performance ester can be used as a transformer fluid and dielectric coolant.
