TOTAL Lactuca 5043 S

TOTAL LACTUCA 5043 S General Purpose, Mineral Oil Based, Anti-Bacterial, Water-Soluble Macro-Emulsion for Light-to-Moderate Duty Machining of Ferrous & Non-Ferrous Metals

TOTAL Lactuca 5043 S is a general purpose water-soluble oil or macro-emulsion specially designed for satisfactory performance with machining operations applications involving ferrous metals and is recommended for all carbon steels, aluminum, copper, and brass machining.  
This foam-resistant macro-emulsion forms a opaque, milky-white emulsion with great hard water stability, working well to cool and lubricate metal parts during machining operations like milling, drilling, reaming, boring, turning, grinding, and sawing.

TOTAL Lactuca 5043 S is suitable for cooling requirements and high temperatures, high speeds and low loads, offering a plethora of additional benefits such as:

• Contains biocide for powerful reistance to microorganism development to control or kill harmful organisms like bacteria, viruses, fungi, and insects
• Protects work pieces, machinery, and tools against wear and corrosion.
• Increased tool lifetime, preventing ridging and promotes a good surface finish.
• Opimized formulation dedication to lubrication and cooling properties.
• Improved anti-foaming design, prevents fluid overflow and also promotes longer tool life.
• Free of chlorine, boron, secondary amines, formaldehyde releasers, or heavy metals.

TOTAL Lactuca 5043 S macro-emulsion can be used for various demanding machining applications on ferrous metals but is best suited for when remarkable lubrication is a priority, also providing enhanced tool life, and high water-based cooling properties.

Applications:

• Light-to-Moderate duty water-soluble oil for all carbon steels, aluminum, copper, and brass cutting or heavy machining opeartions.
• Machining Operations like: milling, drilling, reaming, boring, turning, grinding, and sawing.

For additional product information refer to the Product Data Sheet or additional documentation available on this page.