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The Differences Between Lacquer Thinner #11, Lacquer Thinner #48, and Lacquer Thinner #51

 

Lacquer #11 is comprised of Toluene, Methanol, and Acetone, while Lacquer #51’s components are Toluene, Acetone, Methanol, and 2-Butoxyethanol, and Lacquer #48 is made up of Toluene, acetone, MEK, and 2-Butoxyethanol.

These lacquer thinners share many qualities, but key distinctions show that they have differing effects and applications.

Lacquer thinner 48 and 51 both contain Glycol EB or 2-butoxyethanol, which is a good ingredient because it is also found in many lacquers.

This ingredient allows Lacquer thinners 48 and 51 to connect well with lacquer-based paints for easy thinning and removal.

All three lacquer thinners feature some type of methyl etyhl alcohol. Lacquer thinner 48 and Lacquer thinner 11 have methanol, and Lacquer thinner 51 has MEK.

This is because methanol or methyl ethyl alcohol is present in most hydrocarbons. These Lacquer thinners have low VOC content.

Common Applications

Lacquer thinners are a mixture of solvents that are typically used to dissolve plastic and resins in most modern lacquers.

Lacquer thinner is primarily used to thin lacquer-based paints. Its thinning quality makes lacquer thinner a strong cleaning agent to use when cleaning painting equipment–such as spray guns–after using lacquer based paint.

Lacquer thinner increases the flow of lacquer in lacquer-based paints. This quality allows lacquer thinner to effectively clean surfaces where lacquer-based paints were used.

Lacquer thinner is fast evaporating which enables it to dry fast and leave a streak-free finish.

A smooth and glossy finish cannot be achieved if lacquer thinner is added all at once, because it will start to run and drip.

Lacquer thinner can also be used to remove adhesive residue from many surfaces, and to remove ink from metal.

Lacquer thinner is not the same as paint thinner.

It is too caustic for oil paints, whereas paint thinner is comprised of mineral spirits that are typically used to thin oil-based paints.

Lacquer thinner is hotter than paint thinner, and if often a superior cleaner than mineral spirits.

Safety and Handling

Lacquer thinner is toxic and highly flammable. It is harmful if inhaled. Proper safety should always be practiced when using lacquer thinner or any toxic chemicals, especially for home use.

  • Lacquer thinner is harmful if swallowed or inhaled.
  • Lacquer thinner causes skin irritation.
  • May cause drowsiness or dizziness.
  • Causes eye irritation.
  • Should be kept away from any heat sources.
  • Avoid breathing dust, fumes, gas, spray, or vapors.

Purchase Lacquer Thinner Online Here or call today for more information (800)563-1305.

 

lacwuer thinner infographic final version

Glycol DPM vs Glycol TPM

Glycol TPM And Glycol DPM Compared

What is Tripropylene Glycol Methyl Ether?

Glycol TPM or Tripropylene Glycol Methyl Ether is a mixture of organic compounds typically utilized as a solvent in stamp pad inks, ballpoint pens, and felt-tip pen inks.

Glycol TPM can also be used as a coupling agent and solvent in paint, varnish, and rust removers.

What is Dipropylene Glycol Methyl Ether?

Glycol DPM or Dipropylene Glycol Methyl Ether is also used as a coupling agent in paint, grease, and varnish removers.

Both Glycols are efficient at cleaning hard surfaces, and as a tail solvent in ink products.

Common Applications

Glycol TPM has a bigger role in ink production than Glycol DPM, because Glycol TPM has a slower evaporation rate than Glycol DPM does.

This quality enables Glycol TPM to aid products that contain ink such as ballpoint pens to last as long as possible without drying out.

Industrial Applications

Both Glycols TPM and DPM are useful as industrial cleaners. While both substances are miscible in water, Glycol DPM is hydrophilic which makes it ideal for water reducible coatings.

Glycol TPM and DPM are highly efficient as coupling agents due to their high solubility. Their ability is useful, because coupling agents are used to bond inorganic and organic substances.

Glycol TPM and Glycol DPM as coupling agents are beneficial in applications involving solvents that mix organic materials with inorganic materials.

Unconventional Applications

Glycol TPM and Glycol DPM can be found in several common household products.

As previously stated, both Glycols are often utilized in the production of ink for ballpoint pens, felt-tip pens, printer ink, and stamp pads.

Tripropylene Glycol Methyl Ether and Dipropylene Glycol Methyl Ether are found so often in ink due to their superior solvency.

Dipropylene Glycol is found commonly in many consumer cosmetic products, especially shampoo, hair conditioner, other hair care products, bath products, shaving products, eye and facial makeup, skin care products, and perfume.

In perfume, Glycol DPM binds and carries the fragrance and dilutes the strength of fragrance oils.

The strength of a perfume’s formula can be raised or lowered depending on the amount of Glycol DPM present.

Glycol DPM is typically used in cosmetics to create the right texture; is solvency and viscosity decreasing ability enable it to mix well with cosmetic formulas.

Glycol DPM is also utilized in consumer agricultural pesticides and herbicides.

In these products Glycol DPM functions as a stabilizer and an inert ingredient that is meant to enhance the effectiveness of the primary ingredient.

Dipropylene Glycol Methyl Ether’s solvency is what makes it effective in a wide range of applications from manufacturing to consumer products.

Shop Glycol DPM and Glycol TPM Commodities here, or call (800)-563-1305 for help.

Glycol TPM compared with Glycol DPM