Goodway Chemicals Pvt Ltd

Cutting Oil Additive

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Cutting Oil Additive is Soluble Cutting Oil Additive. It is a brown color, napthenic or paraffinic oil soluble, a premium, cutting oil additive. It is a true synthetic metalworking coolant capable of easily handling most grinding, sawing, turning, boring, milling and drilling operations. Cutting Oil Additive forms a stable translucent solution over a wide range of water hardnesses and temperatures. This clarity greatly enhances workpiece visibility. This unique formula is non-corrosive to steel, cast iron, brass, copper, aluminum and carbide tooling.

It leaves a light, oily, film that provides short-term indoor rust protection and, unlike other synthetic coolants, lessens the problem of sticking on machine ways and slides. It contains lubricity, defoaming and corrosion preventive additives. The latest and most effective bacterial protection is provided to prevent rancidity.

Its emulsifier mixes readily with water to form stable emulsions and has best rust-preventative properties. It is inhibited against foaming. This product is suitable for a wide range of metal cutting and grinding operations. It will effectively remove heat from the work piece and can be applied as a stream, or in mist form.



Cutting Oil Additive

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Handling & Storage

Cutting Oil Additive is a Cutting Oil Additive and is normally handled at room temperature. For general purposes, the following storage and handling temperatures are recommended: Storage Handling 50-70°C (122-158°F). For more extensive information on the safe handling and use of this product, see the Material Safety Data Sheet.

Cutting Oil Additive

Formulations


16 to 20% by weight
In either napthenic or paraffinic base oils. Satisfactory emulsions can be formulated at 5:1 to 100:1 water to oil ratio Meeting the requirements of Soluble Cutting Oil, IS : 1115.

Preparation of Soluble Oils


To achieve a stable emulsion, always add oil to water - never add water to oil. For best emulsion stability and protection against rust and bacterial growth, use deionized or low hardness water ( < 450ppm). Begin by stirring one part oil into four parts water. Next, add water to this mixture to reach the desired dilution. The oil-water ratio may change depending upon operations.

PACKING UNIT


20 kg carboys, 200 kg drums



Specification Sheet



TEST METHOD MIN MAX VALUE
Appearance Visual Clear & Bright Clear & Bright
Specific Gravity @ 15.6°C ASTM D 1298 0.94 1.15 0.963
Water content , % wt ASTM D 95 10 5.1
Viscosity @ 40°C, cSt. ASTM D 445 200 315
Flash Point, °C (COC) ASTM D 92 150 155
Ash Content, mass % ASTM D 482 7.0 3.1
Pour Point, °C ASTM D 97 -6 -5
Emulsion Test, 5:1 And 20:1 Ratio in Water of 400 PPM Hardness IS:1448 P:98
Oil layer 0.1 No Separation
Cream layer 0.2 No Separation
Froth Test, 5:1 And 20:1 Ratio in Water of 200 PPM Hardness IS:1448 P:99 No Froth After 15 Mins PASS
Cast Iron Corrosion Test, 20:1 Ratio Emulsion With 400 PPM Hard Water IP125 PASS PASS
Copper Strip corrosion Test @ 100°C For 3 Hrs IS:1448 P:15 1 1
Thermal Stability Test IS:1448 P:100 PASS PASS





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