ARALUBE COOLCUT S-3000 SERIES
  • ARALUBE COOLCUT S-3000 SERIES

  • Description :

    Aralube Coolcut S-3000 coolant/cutting fluid, chlorine- free formulated, has been researched/developed to meet the exacting demands in machining the tough, high temperature, variable speeds in ferrous and non-ferrous steels used in the automotive and mould fabrication industry. It has also proved equally efficient on aluminium and stainless steels. This is a coolant with a high-film strength and exceptional lubricity, is non-gumming, has a long life, is pleasant to use, and is non-corrosive. These features contribute to reducing the risk of producing scrap work in an industry renowned for its high costs in material and machined components.It gives substantially longer tool life, improved finish and more accurate cuts- The extreme pressure components provide performance characteristics that are far better than general-purpose soluble oils.Metal “buila- up” at the cutting tool edge is minimized or eliminated resulting in machining efficiencies associated with more costly undiluted oils.

    CUSTOMER BENEFITS

    ARALUBE COOLCUT S-3000 combines the machining efficiency of a concentrate with the cooling ability of water all in one product.

    • Significant cost savings- Through vastly increased feeds and speeds. Furthermore enhances tool life and surface finish.
    • Keeps work cooler- There is less friction with correspondingly less heat to carry away, thermal expansion is minimized.
    • Curtails traditional problems- rust inhibitors have been added to provide maximum protection against ferrous corrosion. More expensive emulsifiers have been used that resist oxidation, the cause of gummy deposits- moving parts of your machine do not stick.
    • Economical –Longer emulsion life, reduced labor expense by eliminating unproductive work, etc.
    • Wider metal compatibility –Use in extreme operations and with alloys, for gun drilling or gear hobbling, complements the line.

Properties

Unit

3000

Test Method

Density @15°C

g/ml

0,996

DIN 51757

Colour

-

Amber Blue

-

Viscosity @ 20°C

mm2/s

305

DIN 51662

Viscosity @ 40°C

mm2/s

72

DIN 51662

pH-value of the emulsion

Concentrate

-

9.0

DIN 51369

pH-value of the emulsion

DIN water

5%

-

8.7

DIN 51369

Corrosion Test (chip/filter test)

5%

-

0-0

IP 287

Foam Test ( water hardness 3°d)

5%

Minutes

300/300

AFNOR D65-5212

Foam Test ( water hardness 3°d)

5%

Minutes

300/300

AFNOR D65-5212

Concentrate stability (2 moths) @ 0°C, 25°C and 50°C

-

Pass

-

Failure Load@<40°C 1420rpm, 200~1200 in 60s steps

Weld load (ibs)

-

-

Pail: 18 Litres

Drum: 200 Litres

Though especially developed space-age metals such as titanium and its alloys, nimonics and maraging steels, it is used effectively with stainless steels and all ferrous and non-ferrous metals in both cutting and forming operations. In grinding operations- from grinding heavy rolls for steel rolling mills to diamond grinding the flutes of carbide drills-it excels at ratios as lean as 1:30.

RECOMMENDED USAGE CONCENTRATIONS

Milling, Drilling, Turning                     :  4%(25:1 Dilution)

Gun reaming, Sawing, Roll Forming :   5 %(20:1 Dilution)

Grinding, I.D,O.D, Centerless            :  3%(30:1 Dilution)

Aralube Coolcut S-3000 coolant/cutting fluid, chlorine- free formulated, has been researched/developed to meet the exacting demands in machining the tough, high temperature, variable speeds in ferrous and non-ferrous steels used in the automotive and mould fabrication industry. It has also proved equally efficient on aluminium and stainless steels. This is a coolant with a high-film strength and exceptional lubricity, is non-gumming, has a long life, is pleasant to use, and is non-corrosive. These features contribute to reducing the risk of producing scrap work in an industry renowned for its high costs in material and machined components.It gives substantially longer tool life, improved finish and more accurate cuts- The extreme pressure components provide performance characteristics that are far better than general-purpose soluble oils.Metal “buila- up” at the cutting tool edge is minimized or eliminated resulting in machining efficiencies associated with more costly undiluted oils.