Soluble Cutting Oil General Purpose

Description

Our Soluble Cutting Oil D44 is a high oil formaldehyde free -S ULF PLUS general purpose metal process fluid which produces a milky white emulsion when diluted in water. This traditional general purpose fluid is designed to be used in all machining applications and materials.

Features & Benefits

✓ Excellent performance characteristics ✓ Formaldehyde Boron, Chlorine Free ✓ Multi-metal compatible ✓ Significant cost reduction ✓ Excellent levels of Boundary Lubrication ✓ Outstanding anti-corrosion properties Suitable for use in both soft and hard water and for the use on a wide range of difficult materials. The product is truly a ‘multi-metal’ fluid and is the perfect choice for all modern manufacturing, including automotive, aerospace and high end manufactured components.

Materials & Performance

• Material types Performance rating Applications Dilution
• Titanium ***
• Aluminium ****
• Aero aluminium alloys ****
• High alloy/stainless steel ***
• Copper/brass ***
• Cast iron ***
• Ferrous Materials ***
• Grinding 4-6%
• Tapping 8-10%
• Milling 5-7%
• Turning 5-7%
• Reaming 8-10%
• Sawing 5-7%
• Drilling 8-10%

Physical Properties

Appearance = Amber liquid Emulsion Type = Milky White Foaming Tendency @ 5% emulsion in 50ppm water Nil foam after 5 seconds Specific Gravity at 20oC = 0.900 typical pH @ 5% 9.3 typical Refractometer Factor = 1.0 IP 287 Corrosion Break Point, % Volume: 4.0 Reichert Lubricity Characteristics at 10% dilution; Noise Reduction (metres) 82 Load Bearing Capacity (Kg/mm2) 1.050

Product Management

Get Oils advise the use of automated mixing systems. If mixing manually, always add the concentrate to the water with maximum agitation, if water is added to the concentrate, the emulsions may prove unstable. Avoid mixing with very cold concentrate or water. Check emulsion strength using a calibrated refractometer. Details of where to purchase equipment and how to use it are available from the our Technical Department. The working concentration should be carefully controlled and monitored on a daily basis as higher and lower working concentrations have health and safety implications. Machines should be cleaned out regularly. Fluid and particulate contaminants should be kept to a minimum. This is important especially in terms of bacterial control and is in line with the latest advice from government and professional sources. Detailed reference sources are quoted in the