DAYAN HYDRAULIC PS SERIES
DAYAN HYDRAULIC PS fluids are based on synthetic PAO technology and are designed for a broad range of stationary and mobile applications, with their extra-long oil life, wide operating temperature window, impactful energy efficiency and robust equipment protection. DAYAN HYDRAULIC PS enables customers to realise potential cost savings through longer equipment service life and lower maintenance costs.
DAYAN GASMOTOR OIL S3 Z 40
a new generation lubricant, with low-ash content, for stationary gas engines. Only very high –quality, non-conventional hydro treated bases are used in this product, together with latest –generation additives in order to obtain exceptional anti oxidation properties.
DAYAN GASMOTOR OIL S3 N 40
a new generation lubricants, with low-ash content, for stationary gas engines. Only very high –quality, non-conventional hydro treated bases ( mineral bases for S3 N 40 W and semi synthetic for S5 N 40 W ) are used in this product, together with latest generation additives in order to obtain exceptional anti oxidation properties.
DAYAN MARINE OIL 5040 & 5070 & 50100
blended from high viscosity index base oils and additive technology developed by DAYAN CO . It isparticularly suitable for the new generation of highly rated, fuel efficient, low speed marine diesel engines operating with higher pressures, higher temperatures and longer strokes.
DAYAN DIESEL E VI
deliver highly responsive protection, maintenance saving long drain performance, protection against soot, wear, deposits and fuel economy. Suitable for most Euro IV, V , VI engines without Diesel Particle Filter.
DAYAN HEAT TRANSFER FLUID SH
Dayan Heat Transfer Fluid SH is most suitable for indirect heating of reactors, polymerisation vessels and destillation columns, of processing machines and driers, and also heat exchangers in process plants and systems for heat recovery.
Dayan Heat Transfer Fluid SH is thermally stable up to an operating temperature of 300°C. The Dayan Heat Transfer Fluid SH charge can be used for several years without significant changes. At higher temperatures, low-boiling and high-boiling decomposition products are formed.
