Isopropyl Alcohol As An Electronics Cleaner

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About IPA 99%

Isopropyl Alcohol 99% can be utilized for a variety applications. It is very useful for both professional and consumer use.

IPA 99% is a highly effective industrial cleaner and degreaser. IPA 99% is incredibly fast drying and possesses powerful solvency.

These qualities enable IPA 99% to be ideal as a cleaner for the medical field and for household applications.

Isopropyl Alcohol and Electronics

In manufacturing and for the everyday consumer, IPA 99% is especially useful to clean electronic parts, since electronic parts and devices can be highly sensitive during and after production.

Isopropyl Alcohol 99% is ideal for industrial and consumer cleaning of electronics, because its fast evaporation ensures that it will dry spot free.

IPA 99% is also completely miscible in water, which is efficient when cleaning consumer products that may require a water and IPA 99% mixture, such as laptop computers.

Common IPA Electronic Applications

Isopropyl Alcohol 99’s purity is why it is ideal for the manufacturing of electronic products such as:

  • Computer chips.
  • Circuit boards.
  • PC components.
  • Fiber optics and connectors.
  • Production equipment.
  • Desktop Computers.
  • Laptop Computers.
  • DVD and CD lasers.
  • Audio recorders.
  • Control systems.

Most are aware of IPA 99% highly effective utilization for medical use and as a laboratory solvent, but Isopropyl Alcohol plays an important role in the everyday maintenance of electronics for businesses, manufacturers, and consumers.

Using IPA 99% On Computers

IPA 99% is safe and effective for consumer use to clean personal computers and electronic devices.

Isopropyl Alcohol 99% is the best substance to use for this purpose. Isopropyl Rubbing Alcohol 91% may also be effective, but it is best to use the purest IPA available.

  • Be very careful when cleaning a computer or electronic device with IPA 99%.
  • IPA 99% has flammable liquid and vapors, so be sure that the device is completely turned off and give IPA 99% time to evaporate before turning any hot components on.
  • A cloth, cotton swab, or cotton swab can be applied with Isopropyl Alcohol 99% to the electronic parts that need to be cleaned, but be sure not to leave any fibers on the device components.
  • IPA 99% should be sufficient to clean sensitive parts of electronic devices, but for personal computers an aerosol can of pressurized air may be enough for casual cleaning.

Safety Tips With IPA 99%

  • Do not excessively spray or apply IPA 99 as it is highly flammable in liquid and vapor form.
  • IPA 99% should be kept away from any ignition sources.
  • IPA 99% causes irritation upon contact with the skin.
  • Causes serious eye irritation.
  • Can cause dizziness and drowsiness.

Use IPA 99% safely and responsibly to clean consumer and industrial products.

Shop Isopropyl Alcohol 99% here, or call (800)-563-1305 for help!

Glycol DPM In Perfume

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Glycol DPM or Dipropylene Glycol Methyl Ether is often utilized as a solvent and an industrial cleaner.

Glycol DPM has an unknown, but popular application as the key ingredient in perfumes and other fragrances.

Glycol DPM’s Role

Dipropylene Glycol Methyl Ether is used in perfume as a solvent and binding agent that carries the essential oils in fragrances to help create the desired formula.

Glycol DPM not only carries essential oils, but also functions as a diluter in the formula.

The strength of a perfume’s formula can be determined by raising or lowering the amount of Glycol DPM.

Glycol DPM The basic ratio for perfume is three parts essential oils, and seven parts Dipropylene Glycol Methyl Ether.

Glycol DPM is found in most fragrances, but is not used in a large enough amount to be harmful.

Propylene Glycol is used in many self-care cosmetics products such as shampoo, hair conditioner, and other styling products.

Glycol is ideal in products like these primarily because it is soluble with water and acts to decrease viscosity, so that it won’t be difficult to rinse out after completing its task, and the product will be the appropriate consistency.

Other Cosmetics That Feature Glycol DPM

Dipropylene Glycol Methyl Ether is found in many cosmetics products due to its lack of toxicity and its powerful solvency.

Glycol DPM can be found in products like:

  • Shampoo
  • Conditioner
  • Other hair styling gels or lotions
  • Bath products
  • Eye and facial makeup
  • Shaving products
  • Skin care products
  • Other personal care items.

Glycol DPM is used in these products to increase solvency and decrease viscosity to create a smooth product.

Whether it be perfume or hair conditioner, Glycol DPM is often featured to help the formula reach its true potential.

Other Applications

Glycol DPM is often utilized industrially as a cleaner and solvent.

It is used in the manufacturing process for printing inks, and to create floor polishes and finishes.

On the domestic level Glycol DPM is often found in grease and paint removers, as well as metal, and hard-surface cleaners.

Glycol DPM’s presence in these products does not mean that it is unsafe in cosmetic products.

The amount of dipropylene glycol methyl ether in perfume is not nearly enough to be harmful during use, but larger quantities of Glycol DPM that are meant for industrial use should be utilized with care.

Safety and Handling

Dipropylene Glycol Methyl Ether and similar products should always be handled with the appropriate caution and safety procedures.

  • Avoid contact with eyes.
  • May irritate skin.
  • Harmful upon inhalation of vapors.
  • Harmful upon ingestion.
  • Glycol DPM is not compatible with strong oxidizers or acids.
  • Store in a cool, dry environment.
  • Store away from any heat sources or oxidizers.

Shop Glycol DPM and other Glycol products here, or call (800)-563-1305 if you have any questions.

Glycol DPM in cosmetics

 

The Benefits of Glycol TPM

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What is Tripropylene Glycol Methyl Ether?

More commonly known as Glycol TPM, Tripropylene Glycol is a mixture of organic compounds that is typically utilized as a solvent industrially and in laboratories.

Benefits of Glycol TPM

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

Common Applications

Glycol TPM is commonly used as a solvent and a coupling agent in products like rust, varnish, and paint removers.

Industrial Applications

Tripropylene Glycol is utilized to manufacture many industrial products.

Glycol TPM is used as a solvent in the creation of ink for ballpoint pens, felt-tip pens, stamp-pads and printer ink-both digital and conventional.

Glycol TPM is also used to manufacture the ink in livestock markers.

Consumer Applications

Tripropylene Glycol Methyl Ether is an ingredient in many consumer products.

Glycol TPM aids in creating varnish remover, paint remover, and rust remover as a coupling agent and a solvent.

Glycol TPM and Penetrating Oils

Glycol TPM is used in the manufacturing of penetrating oils that are used to separate mechanical parts that have rusted together.

Glycol TPM is ideal for this application due to its low viscosity which enables it to coat the mechanical parts and remove the problematic rust.

Products like Glycol TPM that are utilized in penetrating oils are most often volatile.

This risk mixed with Tripropylene Glycol Methyl Ether’s slow evaporation rate means that penetrating oils with Glycol TPM should not be applied as a general lubricant.

Penetrating oils can also be used to remove adhesive stickers, lessen the friction on musical instruments with strings, household repair applications, and gardening applications.

Tripropylene Glycol is also applied to create hard surface cleaners used in everyday applications.

Safety and Handling

Glycol TPM is a volatile compound. Proper safety measures should be taken whenever utilizing the product:

  • Glycol TPM causes mild eye irritation and injury upon ingestion. It can potentially cause drowsiness or dizziness.
  • Skin exposure is unlikely to be harmful unless prolonged.
  • Glycol TPM can potentially oxidize in air and form explosive peroxides.
  • It reacts strongly with some bases, acids, and oxidants. Therefore, Glycol TPM should be stored separately from strong bases, acids, and oxidants.
  • 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.
  • Carefully read the SDS provided with your shipment of Glycol TPM.

If you would like to purchase Glycol TPM, please call (800)-563-1305 or shop online here.

Heptane In Printing Ink

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Similar to chemicals such as Tripropylene Glycol Methyl Ether or Dipropylene Glycol Methyl Ether, Heptane is a product that is present in many consumer printing inks.

Solvents are often used for this purpose, especially if they have a slow evaporation rate.

Slow evaporation rates allow inks to dry slowly and last as long as possible, that is why chemicals like heptane are ideal for ink manufacturing in products like ballpoint pens, felt-tip pens, and printer ink.

Manufacturing Process

Heptane and other similar solvents are mixed with dyes during the manufacturing process to create the consumer ink that we all enjoy.

The dye that is created for the ink–whether it be printing ink or pen ink–is suspended in the solvent and they are both mixed together in large batches.

For pens, this means that the ink will be poured into an ink reservoir and attached to the body of the pen after all of the parts are created.

In the case of printer ink, cartridges must be constructed to house the ink.

The manufacturing process for printing ink depends on the type of printing ink that is being produced.

Ink for conventional printing involves a mechanical plate using the ink to transfer an image to the object being printed on, and digital non-impact printing, which deals with inkjets and electrophotographic technology.

Heptane is also utilized in rotogravure printing which involves engraving the image onto a cylinder that is then used to print the image onto the paper.

Gravure printing was formerly used primarily to print newspapers, and is still used for commercial printing of magazines and postcards.

Conventional Printing and Colored Inks

Heptane is involved more directly in the process of creating colored inks.

Black inks simply require carbon black, so Heptane is not necessary for its production.

Color inks require an organic pigment to be mixed with a type of oil.

The oil utilized is typically either soybean oil or a heavy petroleum based oil.

Heptane is the ideal solvent to be used in color ink, as it can be used to extract soybean oil, and it is derived from petroleum.

Other Common Applications

Heptane is often utilized in the process of manufacturing printer ink, but it also has many other applications.

Heptane can be found in outdoor stove fuel, rubber cement, and in paint coatings.

Heptane can also be applied in anesthetics, cements, compounders, lab reagents, organic synthetics, and solvents.

Like Hexane, Heptane can also be used to extract vegetable oils and soybean oil, which is a more cost-efficient and environmentally friendly method than using mechanical presses.

Pure Hexane or Heptane is not used to extract vegetable oils, but rather a mixture of isomers that comprise commercial grade Hexane or Heptane.

If you would like to purchase Heptane, please call (800)-563-1305 or shop online here.

The Benefits of MEK

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What Is MEK?

MEK, otherwise known as Methyl Ethyl Ketone or 2-Butanone, is an industrial solvent with a slow evaporation rate.

Benefits of MEK

  • Slow evaporation rate.
  • High boiling point.
  • High solvency.
  • Low viscosity.

Common Applications

MEK has many household and industrial applications. It is often utilized as in paint coatings due to its effectiveness as a solvent.

Industrial Applications

Industrially, MEK is utilized in the manufacturing of plastic, textiles, and paraffin wax.

Methyl Ethyl Ketone is used to manufacture adhesives like those used in the production of PVC pipes, and the manufacturing of pharmaceutical and personal care products such as antiseptics, anesthetics, lotions, and pharmaceutical drugs.

MEK is also utilized in powder coatings in the automobile and electronics industries.

Consumer Applications

On the household level Methyl Ethyl Ketone is often found in lacquer, varnish, lacquer thinner, paint remover, denatured alcohol, glues and adhesives, and dry-erase markers.

MEK is also used in the production of lubricating oil and magnetic tape.

The most uncommon application of MEK is not strictly industrial or commercially produced–it’s natural.

Methyl Ethyl Ketone is a natural ingredient in many popular consumer food products including honey, raw chicken, apple juice, beans, butter, and a variety of cheeses.

The amount of MEK that is present in these foods is negligible.

MEK and Acetone

MEK is especially common in most lacquer thinner with a similar function to acetone that yields a fast evaporation rate and produces a strong cleaning agent.

MEK is present in Ecolink’s Lacquer Thinner #48, as well as Toluene, Acetone, Glycol EB–or 2-Butoxyethanol.

Methyl Ethyl Ketone is often considered as a potential replacement for acetone, because the two substances have similar properties, but MEK is better suited for many applications for several reasons.

Methyl Ethyl Ketone is a stronger cleaning agent than acetone, because MEK possesses a higher boiling point and a slower evaporation rate.

MEK, unlike acetone, also forms an azeotrope with water, this means that MEK and water reach a constant boiling point.

Azeotropes are useful when distilling moisture in certain applications, because the water is absorbed by the Methyl Ethyl Ketone.

Safe Use and Handling

Practice optimal safety when using MEK as it can be toxic under some circumstances:

  • MEK is highly flammable.
  • Air mixtures of MEK are explosive.
  • Inhalation can cause dizziness, headache, cough, nausea and vomiting.
  • MEK can cause redness and irritation to the eyes.
  • Can cause unconsciousness upon ingestion.
  • Store away from heat sources in a cool and dry area.

If you would like to purchase MEK please call (800)-563-1305 or shop online here.