Castrol Tribol CS 1750 (46) [415-lb./188.24-kg. Drum] 1567F7

Castrol Tribol™ CS 1750 (Previously named Tribol 1750) synthetic blend compressor oils are intended for use in stationary and portable flooded rotary compressors. Castrol Tribol CS 1750/46 and 68 are also suitable for use in noncrosshead type reciprocating, or drip-feed reciprocating and rotary compressors. The Tribol CS 1750 range of oils may also be used in various process gas applications. These products are formulated with advanced additives, providing excellent lubricity and antiwear protection for the improved service life of flooded rotary compressor air ends, reciprocating compressor piston rings, rider bands and crankcase components and rotary compressor vanes and bearings. Their exceptional oxidation resistance minimizes varnish and carbonaceous residues on compressor components and in-gas passages, inner-coolers, after-coolers, etc. The inherent solvency of the base fluid reduces the build-up of contaminants and oxidation by-products in oil sumps and oil piping. The superior rust, corrosion, and antifoam protection provides optimum compressor performance under severe operating conditions and extended oil drain cycles. The high resistance to sludging helps maximize the service life of flooded rotary compressor air/oil separators. Tribol CS 1750 synthetic blend compressor oils have a high viscosity index and may be used over a broader operating temperature range than conventional mineral oil based compressor lubricants.

Features

• In Flooded Rotary Compressors - Lower volatility than straight mineral oils means reduced oil carry-over, improved air/oil separator efficiency and reduced oil consumption. Superior oxidation resistance and natural solvency reduces air/oil separator maintenance, inhibits sediment build-up and the formation of varnish residues.
• In Drip-feed Reciprocating and Rotary Compressors - Formation and build-up of varnish and carbon deposits are reduced to minimize valve sticking and wear. In combination with improved piston ring-sealing, the resultant reduction in re-compression can measurably improve compressor safety and efficiency.
• In Centrifugal Compressors - Higher viscosity at operating temperature increases lubricant film thickness, thus improving the service life of critical mechanical components such as bearings and gears. Superior oxidation resistance retards the formation of varnish residues, and when used in conjunction with a recommended oilmonitoring program, significant extensions in oil-drain intervals are possible.

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