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Ashburn TDS’s and brochures

Welcome to the Asburn document library. Feel free to browse the documents, previewing or downloading as you require. To get to the specific documents related to metalworking, choose the FLUID360 button; for facility and personal care documents choose the FACILITYCARE360 button.

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Ashburn FAQ

What is the best way to ensure a long sump life?

Proper maintenance and periodic testing will help prolong the sump-life of a coolant. A few factors that affect coolant longevity include concentration control, water quality, metals machined, sump idle time, plant environment, and pH control, among others. In general, synthetics, which do not contain petroleum oils, typically have the longest sump life, whereas soluble oils, which contain the highest oil percentage, normally have a shorter sump life.

What is the proper way to mix a coolant?

Consult with one of our fluid specialists or the Technical Data Sheet (TDS) for the target ratio or concentration of coolant for the specific operation. The best method for mixing coolant and water is to use the “O.I.L.” method – “Oil in Last.” Always mix by adding the concentrate into the water.

For example, if the target concentration is 6.7% or a 1:15 ratio, add 15 parts of water to your container, then add 1-part coolant to the mixture.  Be sure the fluid is properly mixed. 

What is the the easiest method to check coolant concentration?

To assure the correct dilution, use a refractometer to get a reading from the mixed solution. The target refractometer reading can be found on the Technical Data Sheet (TDS). If your reading is higher than suggested on the TDS, then you have too much coolant concentrate in your mixture. Conversely, if your reading is lower, then you have too much water.

Can one metal working fluid be used on top of another metal working fluid?

A “clean and dump” is strongly recommended before using a new coolant over an existing coolant. Dumping a new product over an existing product can only be done when going from a synthetic to synthetic, semi-synthetic to semi-synthetic, or soluble oil to soluble oil.

Will cleaners damage the coolant in a sump and cause premature failure?

Most often, cleaners and degreasers contain chemicals that weaken the emulsion stability of water-soluble coolants. When the emulsifier is compromised, the oil will split from the water. At this point, the coolant must be removed, and the sump must be recharged.

What is the best overall metal-forming lubricant?

The best lubricant always depends on the process, the type of metal being formed, the application method of the lubricant (recirculating flood, roller coater, spray, etc.), the part finish and the desired tool life. For optimal results, consult with one of our fluid specialists.

Is there a “shelf-life” for coolant concentrates stored in the original drum?

With proper storage (indoors in a regular plant environment/temperature), most coolants can last up to 1-2 years. However, any coolant over a year old should be evaluated by a fluid specialist.

What causes foaming?

Foaming may be the result of soft water, high-pressure machining, or soaps/contaminants within the system.

What causes mix instability in soluble oils?

In soluble oils, mix instability may be the result of an invert emulsion formation caused when the operator adds water to the coolant, rather than following the correct procedure of adding coolant to the water.

What causes machining coolants to smell over time?

The rancid, “rotten egg” smell is usually due to bacteria growth in the coolant. A “locker room” or “foot” odor is an indication of fungus or yeast growth. Besides the unpleasant smell, excessive bacteria/fungus in a coolant can cause skin issues or dermatitis to the operator. It also can lead to poor tool life and corrosion on the machined metal as well as the machine. Maintaining proper coolant mix ratios, controlling the pH, and removing tramp oil will prolong coolant life.

What causes dermatitis (skin irritation) when using metalworking fluids?

Most cases of dermatitis are due to an elevated coolant concentration. This heightened concentration of coolant means a higher alkalinity level, which causes the skin the fluid comes in contact with to be irritated. Another cause of dermatitis can also be from the presence of bacteria in the sump. Practicing good maintenance can help prevent these abnormal coolant situations from occurring, thereby lowering the chance of dermatitis.

What causes staining on aluminum?

The coolant may lack the necessary metal deactivators that ensure a compatible machining environment for aluminum and other metals. A high percentage of tramp oil could be contributing to metal staining; therefore, sludge should be removed on a regular basis from sumps.   Another possible contributing factor may be from galvanic reactions occurring between the machining of dissimilar metals.

Why is my machine rusting?

Machine rust can be caused by many different factors:

  • Concentration: The concentration of the metal working fluid (MWF) to water may be too low. Consult our fluid specialists or the Technical Data Sheet on our website to confirm the correct percentage or refractive index.
  • Premix: Avoid adding straight water to the sump. Instead, have a premix on water and coolant on hand. 
  • Contaminants: Has the metal working fluid been in contact with any contaminants? Contaminants include cleaners, solvent, rust removers, or oil.
  • Age: The age of the metal working fluid in the sump can contribute to corrosion.
  • Tramp oil: Oil contamination from slides ways, hydraulic oil, or metal protectant oil that is present in the sump. Tramp oil can cause depletion of corrosion inhibitors in the metal working fluid. 
  • Water Hardness: The hardness of your water may be affecting the corrosion inhibitors in the metal working fluid.

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SDS (Safety Data Sheet)

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