oil dissolving solvents

What Dissolves Oil? – Most Effective Oil Dissolving Solvents

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Oil dissolving solvents such as acetone or hexane are often used as cleaning agents across a wide variety of industries. These cleaning agents are formulated with oil dissolving solvents to effectively clean everything from greasy cooking pans, to car parts, and even the face and body to break up and wash away makeup and oil build up. Oil dissolving solvents can be used for a broad range of cleaning and different solvents are more concentrated or stronger than others making certain solvents better suited for one use over another. If your business is in need  oil dissolving solvents to use in cleaning or as an additive ingredient , consider investing in a supply of solvents such as these below.

What Dissolves Oil?

  • Acetone – This is a popular solvent to use in many cosmetic products like facial creams and cleansers. Acetone, in appropriate quantities, is gentle enough to be used as an additive ingredient in various face and body products, and effectively breaks up oil and debris that can build up on the skin. Acetone in more concentrated forms can also be used to clean and degrease industrial machinery that is prone to build up with use.
  • Hexane – This oil dissolving solvent is known for its ability to effectively break up cooking oils. For this reason there are many cleaning and degreasing agents that contain hexane as an oil dissolving additive. Hexane is also used in many extraction processes where oils are extracted from organic products like olives, seeds, and vegetables to create oils.

Where to Purchase Oil Dissolving Solvents?

If you are in need of a reliable supplier of oil dissolving solvents like acetone and hexane, or simply wish to learn more about solvents like these, contact us today. We are a long time chemical and solvent supplier committed to eco-friendly practices, high quality products, with the ability to provide bulk supplies.

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What Is A Water Based Solvent and Where are They Sold?

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Water based solvents are solvents that can be used for cleaning or degreasing, but the difference between these water based solvents and other cleaning solvents is that one of the primary components, or the “base” is water instead of a chemical ingredient. There are several upsides to using water based solvents in place of chemical based solvents, including the fact that water based solvents are generally more affordable than chemical based solvents as water is simply a cheaper and more accessible ingredient than various chemicals. Another major advantage of using a water based solvent, is that they are usually less volatile. This means that the solvent has a lower toxicity level, making it safer for the user.  Understanding that water based solvents are both more affordable and safer to use than traditional chemical based solvents makes deciding to switch easy, but you want to be sure to find a reliable supplier that can provide you with a water based solvent that is affordable, effective, and high quality.

Benefits of Shopping with Ecolink

Ecolink is a reputable supplier of various solvents that are both environmentally conscious and high quality, all while maintaining affordability. In addition to a wide variety of eco friendly solvents and chemical supplies, Ecolink boasts an incredibly knowledgeable staff that can help you find the right water based solvent for your needs. Many of the solvents provided by Ecolink are also available in bulk quantities ranging from 5 to 55 gallon supplies, giving them the ability to supply their quality products to everyone from small businesses to large facilities.

If you are in the market for water based solvents for cleaning or degreasing, and want to find a quality product that won’t break the bank, contact Ecolink today for more information!

wetting-index

What is a Wetting Index for Solvents?

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A wetting index for solvents is used to determine a chemical solvent’s wettability, or ability to stay in contact with a surface when being used as a cleaning agent. In this system of categorizing chemical solvents, the water level or wettability of the solvent determines how well the solvent can clean. An ideal cleaning solvent has high surface tension, meaning it is heavy enough to easily push away debris or contaminants as opposed to dissolving. The solvent should also have a low viscosity, or thin consistency so it can move freely throughout the object being cleaned. A wetting index will classify the solvents in order of which are best used for cleaning according to these standards, using the formula (density x1000) divided by (surface tension x viscosity).

Who Can Benefit From The Use of a Wetting Index for Solvents? 

Any business or practice that deals with machinery or systems that have tight spaces that need to be cleaned out should reference a wetting index before selecting a solvent. This will help to choose a solvent that will allow you to easily and effectively clean out tight components or oddly shaped equipment.

Need Help Selecting a Solvent?

After referencing a wetting index, if you have decided on a solvent that you would like to use, or you need help finding the right solvent for your needs, contact us today.

Ecolink is an environmentally friendly provider of chemicals and solvents. Ecolink’s knowledgeable customer care team can help point you in the right direction and get you a quote for the chemical or solvent of your choice. With the ability to provide bulk supplies of many solvents ranging from 5 gallon buckets to 55 gallon drums, they are sure to be able to help you find what you need.

 

 

 

Methyl Soyate as a Petroleum and Chlorinated-Based Solvent

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Petroleum-Based Solvents

Petroleum-based solvents are products derived from crude oil while chlorinated-based solvents are derived from chlorine.  A few examples of such products include mineral spirits, stoddard solvent, petroleum naphtha, trichloroethane, trichlorethylene, benzene, and xylene.  The main concerns centered around these solvents revolve around their environmental and health impacts. Both petroleum-based and chlorinated-based products are highly flammable and are also toxic if inhaled.  Due to the reuse of the product being a hazard, all product must be disposed of which is cost-inefficient and impacts the environment negatively. Chlorinated solvents especially contaminate used oil which results in costly disposal of the solvent and the contaminated oil.  Since both of the products evaporate quickly, more product will need to used which results in wasted product.

Why switch to Methyl Soyate?

Methyl Soyate, or soy methyl ester, is produced from reacting soybean oil and methanol.  Due to it being derived from a renewable oil, Methyl Soyate is also renewable and completely biodegradable.  Methyl Soyate is also low in toxicity for both handling purposes and within the environment. The product is also low in VOC compare to other products within paints, coatings, and cleaning solvents.  Methyl Soyate is a non-ozone depleting chemical with low flammability compared to chlorinated and petroleum products. Methyl Soyate is also compatible with other organic solvents which allows for less contamination to occur.  Methyl Soyate is also low-cost due to its availability compared to biodiesels. The product has the ability to replace:

–       Mineral Spirits,

–       Methylene Chloride,

–       Trichloroethylene,

–       Methyl Ethyl Ketone (MEK),

–       Toluene, and

–       d-Limonene.

These other chemicals are found in wide range of products from paint strippers, cleaners, adhesives, degreasers, and carrier solvents for coatings and adhesives.

Methyl Soyate Applications

Methyl Soyate is found in several cleaning solvents and products ranging from consumer use to industrial use.  One of the most beneficial uses for Methyl Soyate is for its use in the removal and recovery of spilled crude oil.  The EPA also designated Methyl Soyate as a “Full Green Circle” safer chemical ingredient which awards biobased manufacturers a Safer Choice label if they use methyl soyate.  The range of products methyl soyate can be found within are listed below:

  • car/truck wash
  • All purpose cleaning
  • Degreasers
  • Graffiti removal
  • Heavy duty cleaning
  • Industrial cleaning
  • Ink cleaning
  • Solvent replacements
  • Resin remover
  • Paint strippers
  • Hand cleaners

For more information regarding Methyl Soyate or more benefits for switching to this alternative solvent, please email info@ecolink.com, or call us at (800) 563-1305.

Glycol TPM In Penetrating Oils

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What is Glycol TPM?

Tripropylene Glycol Methyl Ether, or Glycol TPM is a mixture of organic compounds that is often utilized in industrial or laboratory solvents for a variety of applications.

Glycol TPM is often used in applications that require low viscosity, coupling ability, high solvency, high dilution, and low evaporation rate.

Benefits of Glycol TPM

  • Powerful solvency.
  • Low evaporation rate.
  • Low viscosity.
  • High dilution rate.
  • Coupling ability.

Glycol TPM And Penetrating Oils

Glycol TPM is a key ingredient in many products that consumers may know well including penetrating oils.

Penetrating oils are low-viscosity oils that are often made of volatile compounds, such as Glycol TPM.

Penetrating oils are applied by using the oil to coat mechanical parts that have rusted together.

Penetrating oils are ideal to remove rust from mechanical parts such as nuts and bolts, because they are able to access the narrow space between the threads of the parts.

This function is why the low viscosity of Glycol TPM is ideal for this application.

Penetrating oils are most often volatile compounds.

They should not be used as a general lubricant.

Penetrating oils can also be used to remove chewing gum, adhesive stickers, and to lessen the friction on stringed musical instrument.

Penetrating oils can be utilized for household repair tasks, as well as general gardening applications.

Industrial Applications

Glycol TPM is most often used as an industrial solvent, and a coupling agent in rust removers.

Tripropylene Glycol Methyl Ether is often utilized as a solvent in the creation of ink for ballpoint pens, felt-tip pens, printing ink, and livestock markers.

Consumer Applications

Glycol TPM is applied as a solvent and coupling agent in consumer and industrial rust remover, paint remover, and paint removers.

Glycol TPM is also present in consumer hard-surface cleaners.

Safety and Handling

When utilizing any volatile chemical you should carefully read the safety instructions provided with your product shipment:

  • Glycol TPM is highly volatile and flammable.
  • Store in a cool, dry area away from any ignition sources.
  • Follow the SDS provided with your product to ensure optimal safety measures.
  • Wear protective gloves, eyewear, and other equipment when handling Glycol TPM.
  • Glycol TPM causes mild eye irritation and injury upon ingestion. It can potentially cause drowsiness or dizziness.
  • Glycol TPM may create flammable or toxic gasses upon contact with alkali metals or nitrides.
  • For optimal safety handle Glycol TPM with protective gloves and safety goggles in a well ventilated area with a self-contained breathing apparatus.

Purchase Glycol TPM here, or call (800)-563-1305 if you have any questions.