Products

Glylub 53 is to design particularly for high temperature performance. They improve thermal resistance and volatility offering high viscosity, flash point and extremely low vapor pressure. It is also obtained fr om trimellitic anhydride and linear or branched alcohol. They retain the principal characteristics of phthalate additives but improving thermal properties.

Glylub 23 is to design particularly for high temperature performance. They improve thermal resistance and volatility offering high viscosity, flash point and extremely low vapor pressure. It is also obtained fr om trimellitic anhydride and linear or branched alcohol. They retain the principal characteristics of phthalate additives but improving thermal properties.

Glylub 33 is to design particularly for high temperature performance. They improve thermal resistance and volatility offering high viscosity, flash point and extremely low vapor pressure. It is also obtained fr om trimellitic anhydride and linear or branched alcohol. They retain the principal characteristics of phthalate additives but improving thermal properties.

Glyub 30 are used in various application such as automotive and marine engine oils, compressor oils, hydraulic fluids, gear oils and grease formulations. They offer an ample range of viscosities and are characterized by high solvating properties, thermal capacity, low volatilities, high flash point and good thermal stability. Low toxicity and high biodegradability are a plus for this class of additives. They are designed mainly for low temperature performances. Obtained from adipic acid and linear or branched alcohol are particularly designed for 2/4 stroke engine lubricants and hydraulic fluids.

Glylub 29 is obtained from phthalic anhydride and branched alcohols. Specially designed for high profile applications are a good compromise among cost, performance and toxicity concerns. They can offer low pour point and good viscosity index.

Glylub 13 is to design particularly for high temperature performance. They improve thermal resistance and volatility offering high viscosity, flash point and extremely low vapor pressure. It is also obtained fr om trimellitic anhydride and linear or branched alcohol. They retain the principal characteristics of phthalate additives but improving thermal properties.

Glylub 39 is obtained from phthalic anhydride and branched alcohols. Specially designed for high profile applications are a good compromise among cost, performance and toxicity concerns. They can offer low pour point and good viscosity index.

Glylub 43 is to design particularly for high temperature performance. They improve thermal resistance and volatility offering high viscosity, flash point and extremely low vapor pressure. It is also obtained fr om trimellitic anhydride and linear or branched alcohol. They retain the principal characteristics of phthalate additives but improving thermal properties.