Product Description
Petrofer Emulcut S10 is a water-miscible metalworking fluid with moderate oil content, which has many advantages in comparison to conventional emulsion-type coolants.
Available Packaging
20 L Pail, 180 kg Drum
The Petrofer Emulcut S10 is a water-soluble coolant with moderate oil content for general machining operations.
Product Description
Petrofer Emulcut S10 is a water-miscible metalworking fluid with moderate oil content, which has many advantages in comparison to conventional emulsion-type coolants.
Available Packaging
20 L Pail, 180 kg Drum
Product Specification
Properties | Descriptions |
Appearance | Yellowish |
Density/20 °C DIN 51 757 | approx. 0.965 g/cm³ |
Viscosity/20 °C DIN 51 562/1 | approx. 191 mm2/s |
Pourpoint DIN 51 597 | <-28°C |
pH value, 5 % DIN 51 369 | approx. 10.0 |
Slideway oils with tackifiers, demulsifiers, and anti-rust additives and made with highly refined oils. Use for slides and ways of planers, grinders, millers, lathes and CNC.
Neat cutting oil with extreme pressure (EP) additives. Made with mineral based oil, use for steel materials specially for heavy duty applications.
Synthetic water-soluble coolant that acts as lubricant and detergent. Use for carbide grinding, drilling, turning, and some copper alloy machining.
Semi-synthetic water-soluble coolant free from nitrites. Use for various cutting operations on steel, cast iron, aluminum and its alloys.
Straight cutting oils with extreme pressure (EP) additives. Made with mineral base oil, use for most heavy duty machining.
Fully synthetic water-soluble grinding coolant for grinding operations on steel, cast iron, and ferrous metals
Water-soluble coolant made with mineral oil and ester for rough and fine machining
Our Customer Support Team is ready to assist you! Call us at:
Fill out the contact form to ask us about a specific product, request for quotation, or technical consultation.
By submitting this form, you agree to our Privacy Policy
By submitting this form, you agree to our Privacy Policy
Get our free case study to learn how we help solve the lubrication challenges of our customers
By submitting this form, you agree to our Privacy Policy