Aftermarket Anderol 755 (5 Gal.) Lubricant
Replacement for Anderol 755 (5 Gal.) Lubricant, Premium Compressor Oil
Replacement for Anderol 755 (5 Gal.) Lubricant, Premium Compressor Oil Anderol 755 (5 Gal.)- Brand Name: Anderol
- Part Number: Anderol 755 (5 Gal.)
- Check Stock
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$351.00
Add To Favorites ListSYNTHETIC DIESTER-BASED COMPRESSOR LUBRICANTS (8,000 HOURS)
Our diester-based lubricants are fully synthetic compressor oils formulated with premium synthetic ester-base fluids for use in rotary screw, rotary vane and reciprocating air compressors. Diester oils are used for compressors that were previously run with conventional mineral oils. These oils are mainly used in reciprocating piston compressors which do not achieve the desired maintenance intervals when using mineral oils or which show severe residue formation (carbon buildups) on valves and in the compression chamber. Diesters are neutral towards most elastomer seals used in air compressors, therefore leakage is not to be expected. This oil has a typical service life of 8,000 hours under good operating conditions in rotary screw compressors
ISS is an independent supplier of aftermarket replacement parts and is not affiliated with manufacturers mentioned in this listing. Original equipment manufacturer (OEM) names are the trademarks of each manufacturer. On products marked "equivalent", "replacement", or "aftermarket", OEM names and part numbers are for reference only.
| Base Stock | : | Diester |
| Brand Reference | : | Anderol |
| Container Size | : | 5 Gallon |
| Product Type | : | Aftermarket/Replacement |
| Viscosity | : | ISO Grade 150 |
- Cost savings from extended service intervals (8,000 Hours)
- High temperature thermal stability will not disassociate under thermal stress
- Will not varnish or form carbon deposits
- Better demulsibility characteristics-moisture separates readily, providing better rust and corrosion protection
- Built in detergency action
- High temperature thermal stability will not disassociate under thermal stress
- Reduced metal-to-metal wear-polar properties provided better metal wetting